PHYSICAL OCEANOGRAPHY REPORT
HELICOPTER-BASED STD DATA FROM
MIZEX 83
by T.O. Manley, Dennis Camp, Kenneth Hunkins, Werner Tiemann
TECHNICAL REPORT
LDGO - 84 - 3
Department of the Navy
Office of Naval Research
Contract N00014-76-C-0004
September 1984
Approved for public release, distribution unlimited.
PHYSICAL OCEANOGRAPHY REPORT
Ha&LICOPTER-BASED STD DATA FROM
MIZEX 83
by T.O. Manley, Dennis Camp, Kenneth Hunkins, Werner Tiemann
TECHNICAL REPORT
* LDGO - 84 - 3
Department of the Navy
Office of Naval Research
Contract N00014-76-C-0004
Approved for public release, distribution unlimited.
Lamont-Doherty Geological Observatory of Columbia University
Palisades, New York 10964
September 1984
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TABLE of CONTENTS
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ABSTRACT
During the 1983 Marginal Ice Zone Experiment (MIZEX 83) located in the
Fram Strait, both ship and helicopter-based C/STD's were used to define the
finescale and larger oceanographic structures within the operational area.
This technical report outlines the acquisition and data reduction programs for
the 120 helicopter-based stations taken during that time period.
Very little manipulation was done to the data to finalize it, since both
helicopter C/STD's showed very little deviation from pre- and post-cruise
calibrations. The only exception was the calibration equation offsets for
conductivity on both instruments. For these offset determinations, bottle and
intercalibration data were used to define the coefficients. Response time of
the temperature sensor was corrected for thermal lag constant (tT) whreial
descending and ascending parts of the cast on a T-S diagram were nearly
congruent.
Standard level listings of temperature, potential temperature, salinity,
sigma-t, specific volume anomaly, dynamic height, and sound velocity are given
for each cast along with plotted profiles of temperature, salinity and
sigma-t.
Babe
Digitized by the Internet Archive
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LIST OF FIGURES
PAGE
Le Positions of the 302 and 202 C/STD stations in the
Fram Strait. Of the 120 total stations, 108 were
helicopter-based. Contours show bottom topography
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LIST OF TABLES
PAGE
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7
INTRODUCTION
In summer the central Arctic Ocean is covered with a mosaic of ice floes
about 3 m in thickness and ranging up to several kilometers in width. In
winter, sea ice extends far beyond the limits of this perennial pack, covering
the entire Arctic Ocean, including the shelf seas, and reaching into the
Bering Sea and Canadian Archipelago. The ice of this seasonal winter exten-
sion attains one to two meters in thickness. Ice extent varies also on scales
other than seasonal, with fluctuations varying in length from hours and days
to the ice age variations extending over millenia.
When observed from above, the open ocean is dark in color, while sea ice,
when covered with snow, is white. The albedo (fraction of light reflected) is
about 0.1 for the open sea and about 0.8 for snow-covered sea ice. This large
contrast is albedos leads to strong contrast ia radiation budgets between ice
and open water, which relates directly to the heat budget over the ocean.
The fundamental question is how sea ice relates to weather and climate.
There is clearly a close relationship, but it is not clear to what degree sea
ice is a passive result of other climatic influences and to what degree it is
an active element which is capable of itself interacting with ocean and atmos-
phere to produce effects which are not presently predictable. A number of
ways in which ice, air and water interact have been identified, but their
relative importance is not known.
The actual dividing line between sea ice and open ocean, the ice edge,
should be the most sensitive area to influences controlling ice extent, and it
is the region which has been chosen for study. The location of the edge of
the ice pack depends upon the action of winds and currents, as well as on the
heat budget. These factors are not straightforward since there is an
interaction of air, sea and ice with each other in various feedback loops.
For example, when the ocean freezes, albedo decreases sharply, and short-wave
radiation, which has been warming the water, is reflected, thus intensifying
the cooling effect in a positive feedback. Another positive feedback occurs
when ice melts, stratifying the ocean with a surface layer of low salinity.
The stratification inhibits vertical mixing and heat loss, thus slowing the
rate of melting.
An understanding of these and other physical processes needs to be based
On actual observations of ice edge changes. Such observations are essential
for the design of models designed to reproduce these processes, making it
possible to predict changes in ice edge location.
The ice margin in Fram Strait between Greenland and Svalbard may be
characterized as "advective", dominated by ocean currents and wind, rather
than by heat budget. In this region, sea ice from the Arctic Ocean is carried
far south into the Atlantic by the cold, low-salinity East Greenland Current
on the west side of the Strait. On the east side, the warm high-salinity West
Spitsbergen Current keeps the coast nearly ice free throughout the year. The
ocean in the Greenland Sea marginal ice zone is dominated by permanent and
transient frontal systems, by eddies and by upwelling along the ice edge.
Vertical fine structure (10 m) and mesoscale (100 m) structures formed by
interleaving of Polar and Atlantic Water intrusions are also frequently
observed.
These features are unique to the ocean in marginal ice zones and must
interact with the ice and atmosphere. During summer for example, the front
along the ice edge is intensified by meltwater input. Another interaction
occurs when ocean eddies carry ice across the marginal ice zone into warmer
water where it melts. In still another interaction, the strong stratification
resulting from summer meltwater reduces vertical mixing of momentum and
reduces the drag coefficient between ice and water so that floes drift faster
given the same wind stress to drive them. We need to know the relative impor-
tance of these and other interactions in controlling the location of the ice
edge. The Marginal Ice Zone Experiment (MIZEX) pilot program was designed to
provide at least partial answers to some of these questions.
To help carry out oceanographic investigations over the ice-covered part
of the marginal ice zone, two 206B Bell helicopters were used. A portable
C/STD profiler, developed by Ocean Data Systems, has been modified and
improved by the Lamont group for these helicopter surveys. During MIZEX 83,
profiles were made at 120 sites comprising 10 surveys using helicopters based
primarily on the Norwegian M/V POLARBJORN, with some flying also from the
Norwegian R/V LANCE and FRG icebreaker, POLARSTERN (Fig. 1). These helicopter
surveys are closely coordinated with STD surveys in open water carried out by
oceanographers from the University of Bergen. The helicopter and ship results
were combined to give synoptic views of oceanographic structure across the
entire marginal ice zone, both open and covered.
PHYSICAL OCEANOGRAPHY PROGRAM
During MIZEX 83, two Bell 206B Jet Rangers were stationed on the ice-
strengthened ship, M/V POLARBJORN. The Jet Rangers were significantly smaller
than the Bell 204 helicopter that was used exclusively during the 1979-1982
FRAM C/STD surveys (Manley, et al., 1982a; Manley, et al., 1982b).
Two internally-recording helicopter portable C/STD's manufactured by
Ocean Data Equipment were used during this experiment. One was the newer,
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more compact Model 302, and the second was the older Model 202. Prior to the
experiment, a combination winch-platform/sonde-cradle support system was
developed at Lamont to specifically conform to the passenger compartment of
the Jet Ranger.
‘Unfortunately, the 202 underwater unit was longer than the helicopter
width which prohibited the use of the sonde cradle. With some reorganization,
the unit was fitted into the passenger compartment. Because of its weight,
however, it was difficult to get it in and out. For this reason, the 202 was
never used unless both helicopters would be running C/STD surveys concurrently
or it was impossible to use the 302 at that time.
During a normal field day, eight to ten pre-selected locations were
occupied in the Marginal Ice Zone. These stations took eight hours to com-
plete, although factors such as inter-station distance, maximum distance from
ship, depth of stations, survey pattern, and ice conditions could alter this
time by #3 hours. A C/STD station to 300 m depth would normally take 20
mintues to complete, while transit time in the helicopter to the next location
6 nautical miles (nm) away would be around 8 minutes.
Two of the major factors which controlled flight operations in this area
were weather conditions and radio communications. Over 70% of the time spent
in the MIZ had marginal flying conditions due to ground fog caused by the warm
moist air being blown onto the ice cover. As the moisture-laden air cooled
down, condensation produced, in some cases, 00-00 conditions.
Station location was determined by two different methods: 1) Radar
transponder and 2) Omega. In surveys where station positions were close to
the ship and accuracy was required, the helicopter was tracked on the ship's
radar using a radar transponder mounted on the helicopter. This method was
employed quite successfully during the first part of the experiment. At
distances around 40 nm, relative position was good to 4200 meters. At shorter
distances, less than 10 nm, the fixes were good to + 10's of meters. During
the time periods when fog was a problem, transponders were also used in
guiding the helicopter to the ship.
Omega, on the other hand, allows more flexibility of the helicopter since
longer flights away from the ship can be obtained and not as many shipboard
personnel are required. Accuracy of Omega in this area of the globe depends
on the number of sending stations being monitored by the onboard computer but
will generally be within 100 to 500 meters.
After the position was obtained, the closest available floe with good
deployment and landing characteristics was picked out from altitudes of 2,000-
3,000 feet, which are necessary for radio communications at great distances
from the ship.
After landing, the underwater unit would then be turned on, attached to
the winch cable and deployed over the edge of the floe using a cantilever
pulley. The sonde would remain at the surface for a short period of time for
the sensors to reach equilibrium.
Data acquisition commenced at the time the unit was placed in the water,
and was recorded at a rate of 5 scans per second, each scan comprised of a
temperature, conductivity, and pressure observation. Data were also recorded
during the uptrace.
The sonde was lowered and raised at two different rates, 20 m/min in the
upper 100 meters where extreme gradients in temperature and conductivity are
found, and 40 m/min from 100 to 300 m where gradients are much less. The
Slower rate near the surface was done primarily to obtain more acceptable
results in the calculated salinity profile where rapidly changing
finestructure and extreme gradients can frequently cause spiking due to the
variations in the response times of the individual sensors.
When the sonde was finally brought to the surface, it was immediately
taken back to the helicopter. The deck unit was then connected to it and data
transferred to cassette. Two complete dumps of the data in RAM were placed on
a Single cassette as a safety precaution against bad recording. The cassette
was then rewound and data verified with the LED displays on the deck unit.
Prior to leaving the site, the OMEGA system would be reinitialized to the
latitude and longitude prior to landing. Because the OMEGA could not
successfully lock onto stations while on the ice, several hundred feet of
altitude had to be obtained. Site position was then entered into the
navigation system as the final flyby over the site was made subsequent to the
system acquiring the minimum number of OMEGA transmitting stations.
Remaining C/STD stations in the survey were then completed depending on
the weather, radio communications, and occasionally a refueling of the
helicopter onboard the ship.
After the completion of the survey, the underwater unit would be
recharged (on the ship), while the data from the various stations were fed to
aneA=Y—Y analog plotter.
One major advantage of the output from the deck unit is that it reflects
the most recent calibration available for the underwater unit. This allows
for 1) easy comparison with previous data in the observational area, 2) the
ability to merge data from other calibrated instruments in the field to obtain
a better and possibly larger picture of the oceanic structure, and 3) the
ability of the investigator to keep track of specific features within the
ocean and alter observational plans accordingly.
When time and operations permitted, the deck unit was used to transfer
the cassette data to a Hewlett-Packard 1000 series computer for storage on 9-
track tape. The deck unit software was designed to mimic the output data
stream of the Neil Brown deck unit. This allowed the use of existing acqui-
Sition software developed by Woods Hole Oceanographic Institution for Neil
Brown CTDs to be used on the Hewlett-Packard computer. The resulting 9-track
tape can be reduced on other computers using data reduction programs in common
use by the oceanographic community.
This conversion to 9-track tapes at sea not only obviates the need to
bring all of the cassettes immediately back to the institution, but also
speeds up the processing time.
C/STD DATA PROCESSING
Raw data from each instrument were then decimated into a uniform pressure
series using a linear interpolation scheme with a window of 5 scans centered
around the desired level. Due to the different digitizing resolutions of each
instrument, two differnet pressure intervals were chosen. The higher
resolution 302 had a 0.25 db interval, and the lower resolution 202 used a
0.50 db interval.
In order to define the best temperature lag coefficient, t, for each
sensor, up and downtraces using different time constants were run through the
entire data set and compared using T-S diagrams. From these comparisons it
was determined that the best overall fits occurred when t was set at 0.0
seconds and 0.375 seconds for the 202 and 302, respectively.
Irregularities or spikes in the data were removed subjectively. In most
cases these were single points that were taken out and did not interrupt the
uniform pressure series. Occasionally, segments of data would have to be
removed and would either be replaced by interpolated data or left alone. These
- decisions were again subjective and depended largely on the local conductivity
and temperature structure.
At the same time, the upper 2 meters of data (mean thickness of the ice)
were automatically removed from each station. This was done to prevent
misinterpretations of the results which were attributable to the methodology
of taking the station (ie., through seal holes or off the edge of a floe).
In the final analysis, only 8 of the 120 stations had blocks of data
greater than 10 m which were removed from the profiles.
C/STD CALIBRATION
The final calibration for each of the sensors was determined primarily
using an interpolated drift from the pre-cruise calibration (June 1983) to the
post-cruise calibrations (October 1983), which were both done at Northwest
Regional Calibration Center.
Tables 1 and 2 show the calibration equations for June and October of
1983 for all sensors on both instruments. With the exception of the conduc-
tivity intercept on both the 202 and 302, all other values were within
accuracy specifications of the instruments.
The conductivity intercept for the 302 was provided by an _ inter-
calibration run with a Neil Brown CTD located on the R/V LANCE, which in turn
was calibrated with bottle samples. Throughout the profile, the conductivity
between the 302 and the Neil Brown varied only by a constant indicating no
pressure dependence on that channel. When the bottle data were determined,
the conductivity intercept was computed using the previously determined
calibration slope and appears in Table 1. The 202 conductivity intercept was
determined in a similar manner, however, the intercalibration run was with the
3024 Once the calibration equations were determined, final data were then
computed and plotted.
TABLE 1
302 Calibration
Linear calibration equations for 302 sensors obtained from Northwest Regional
Calibration Center before (June 1983) and after (October 1983) MIZEX 83 field
experiment. Final equations are also shown. The letters m and B are the
slope an intercept coefficients, respectively.
Conductivity __mS Temperature mC Pressure PSIG
m B m B m B
Jun 83 -00474802 -.175 00104764 -2.403 ob29 P26 -49 .09
Oct 83 -00475859 -.315 -00105010 -2.413 ~129075 -48 .83
Final 00475153 —-.267* 00104846 -2.405 ~129090 -48 .98
*provided by intercalibration
10
TABLE 2
202 Calibration
Linear calibration equations for 202 sensors obtained from Northwest Regional
Calibration Center before (June 1983) and after (October 1983) MIZEX 83 field
experiment. Final equations are also shown.
Conductivity mS Temperature te Pressure PSIG
m B m B m B
Jun 83 -0086566 wi fot -00210846 -2.638 .262858 -35.49
Oct 83 -0087483 .097 .00210319 -2.651 .- 26300 -32.49
Final .0086795 ~283* ~00210714 -2.641 - 262942 -33.69
*provided by intercalibration
11
STATION INFORMATION
In this section is a brief listing of all the CTD stations taken during
MIZEX 83, along with other pertinent information. A list of the terms and
their meanings is shown below
CAMP Name of Camp
STAT CTD Station
MODE 1 implies downtrace
2 implies uptrace
DAY Day of Station
MON Month of Station
YR Year of Station
TIME GMT Time of Station
CODE Processing Code, see Table 2
JULDAY Julian Day (decimal) of station
D.MIN Minimum Depth (meters) of station
D.MAX Maximum Depth reached at station
LATITUDE Latitude of station in decimal degrees
LONGITUDE Longitude of station in decimal degrees
(- indicates West Longitude)
LEER Error of Latitude Position in meters
LG. ERR : Error of Longitude Position in meters
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9999399993389 953 NNN 9599599995599 F999 999999935 9NF9F90907FF7F7F9F9F9700F0500F075
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NNN AN NS NOON wet tt I td dt st St st
aA AS SS SSS St Stet Set IS SS St I tS tt St I SS SS StS SS St St St St St St et St St St St St St St St et tt St St ett
SNAP OOERDDOANM FNAL DAD ANMIPN OE DAGCSAIANMH ENOL DASSNMPNOEDADAAMNPFOOEDHOANMPNOEARS
tt tt INN NINN ANN ANNAN MMO MAM ODN MOO SP PAS PPPPPONOMMNONMMNMNNODO OOOO OD OO™
DAA AMD AM MAA MAN MAM MM MM MAM MM MN AA MMMM AOD AMD AMD AM AM MON MA MA MAMMA OM MAN MA OAM MAA MAMA AMM MAA
RPODMDDVT ODDO OT DOOTCADDDDADDODDADODODODOODeCDOOTODDODOOTCOAVWTIAODOVOBVDAOTOIOADWGWODOVMOODODODVDOcCoOe
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bot ot wot. t tt tet ate tate Poteet tate t ata tate tote tatete te tatetetetateatatetetateatetatealaltelatetetetatetatetletetealteatatetatatoateteatea
NN NN NN ANN NN ANN NN NN NN NN NN NN NN NN NN NN NN NN NN NN NNN NN NN NN NNN NN NN NN NN NN NN NN NS
Le Mon Lene Mame ome Huan Lame tame Lan damn Leama damn Neen eam Leama eewn Rem iieen hen dawn Lame len 1a Lane Room Sam Lem 1 om Lam Lam Lam Jom Rem dLam Leman Lam lam Lam Lam have lem Lean hom homie lame lene enon hoon Len oon olen Len lee len lenien hen ke len ton en!
HE ES STS ST TF SF TF STF TF FTE TL SET TTETTEETEESTTEETTE TATE ETTFESTE STE TT STATSEETETETPTETTTTETIEATS
LAT.ERR LNG.ERR
DY MIN YR TIME CODE AJXDAY D-MIN O.MAX LATITUDE LONGITUDE
MODE
STAT
CAMP
Booroocc0cococo0o0essoscososcsesocooosace|e sooseocsoc“ooesescoolsecoeso]fa
ecoeceoeeseeveeeorvreces ec eco oe ww ewe ewe oem ew ewe ecwe sees eee eeese
B2Oeooqocoo0cco0occocoeocsc S0CCcSCeSscSoCSoSeCcCesoscoocoocoecseocoesscocecscoS
oocococoscococososc—ooSOSSCSOSOSSCSCSSSCSoOSSSOSCSSOSSCSCSOSCSSOSSSOMMNMmM
FAA BAAD ADAM APAMD MA AA MMAAAMAAAMMAAMAAMAHAMAMAMAMAMMMAMMA att
coooocooocooocosSsOoSoSSSSCoSosooSoSeSsSeco“oocsececocec|oc“eosescsed
ecoeceeeeseeeecs oer oe ee ee owe ee oe eee vos we eee wr ee eee eee ee 8 ee
cecetooceoscoscoscoccoccosocsceceocococoseceoesesoocoececoocecse
coocoooccoccoococococoooococooooococoocoococoecocoomnmmnm
DAA ADAH AA DA AP AMPA BG OAMHAMN MMA MAMA MY AAMAHA AMAA AAMAMAMMAAMN Mea
cocosp oo Coo Coo COCOCSC OS OSD COCO SSO CSO SOD SCSCSCSSCOSOCSOSSSOSSSOCSCSSSO
CORR OR ROMO COORRF OR FR MMMOOCOMEMMODOMCROOMNOMORRMEMMETNS
DOOD DONM CHM 0H AO RH OMMDMNNNMOMMONMNa=NOMNAHDOAMaMMOMO
DO BAMA DANAE DAMM ONO OD DADMMAAON ON ND OMMANAEAMMOEANAOM
MNO ODPM DOON PIPFOSNOUSIERIFDAMAMNANDOMSRAOG?ANAPAaNDAMDRsS
eeeeeececeveesesee@eee#eeespeeestseeeeseeereeseeeestseeseeesepeeereeeen#e#e8 8
BARABOO OCC ON OO OCS CR BRAN MMM PANN AAS OO Se HA RO DOR RAMNNOSEMNS
a posepeveerreooreeeereereer eee ee eee ees
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SDoD Som OC DOSS OOD OOS SI SDC SCS SS SSOSSSS=SCCSSSSOOSSDOSSSOSSSS
POR SE MEMS OF OME RAM DOOR MSOF ORMMFFOMOFOOMMFROMMOSCORFSO
ON DOCH BAA SCODOND SHH DAMN HDOHSaMDaRHNOKHNOMMAOmMOAoonwovue
PINESMNTAWNGEMHS DIN aAMBSOMR ANE DANANOOF FH PORR RE EASTIMMMOSRBOANNS
AN DNDNRFONNOCOSBAANRDOO RS RBANONANAN BHODNTMOANARARNOOCOYTSH975
eee eoeeeevece86eeeseeev%6eeeer#eree#srsteete#e#2nfe8t e¢e@esesee#tseeeseesteeeeenrtee7#eee8 @
BADADAGDOAADADAAAHDODAARADHAAAMDVDDH AT DODDOHAADAAAADAOMOCcE
| aed cae td coll Del eh Sd Se Se Sd Ded Sad Ded ed Dd Sed Sd Sed Sed Bd Sd ed Dd Doel Sl Sed Dl ed ed Sah Sd Sed Sd Sed Gd Bd ek Sl Sid Sn) ed Sed Deed dl ed Sd °°)
ADOOANMNNON YG NAIPEMPESD HOGA ONAAMNSCVOAGPGNSPIMASCMNENOAAM SOMACOMMNGA
eeoevecetveevevoeeeeevee eevee eveveeeesseeeeee eevee eee eceoeewv eve @
KHRDOoDOORDORD AND FOR BAPE SFMMOMDAstABHDOOANANE OF MADOYGOUMeHHormMa yt
SDON SOSA DV OS WMBAAS Soose Se ASBMB MSCS SSCBrIASCSONSScASSCSoaasTs
FBR SRA ADAAS SF DRANDHDADDAAAAAHGHBAAAGRNOAIANANARDAGANAAADAAAARARAADERAADA
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AR SN ANR RANE SPIRE DAODANASE KHNNOND EMMA SR ARBSDANDOTANWOWOMOS
RK ODBANNYT OSS SENOS KHNAOMR BP OD PR ANRNIFRAANY DDH HOMOOWRAROARNS
BORMNMNKRSANNANDOT NOOPPROMDOMNSR BENTH TDANIMODAaAMODAMIONODMN
MOD SBOCRR ER DTDARDONAMMNGT ST TNNNNOOMMMMNSS FODDAAAGINOOFL SO
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BDADRAARARARCS 30 O93 CAH NNANAN AN AN RA MMMM MMO OO DOWD RAADADN
RAADNADAGACDOODODSCOSCS DODO SN COCO F FOODS SD SeSBeAR COD CCCOSCSASA
~KSseSeee—qg sass essed es es SSS SSS SSI SSS SSS SS SS SS SE SSS SSS SS eS
DBDNDOAHRBVOPRHAMODEIRFPHRDONHADAFADPFARASF ADEN NKNONVMH AnGHDNDOABSngnsH
WIND KHMON SHE NDONANSSDNSHNN GTN BOMNPFINSIFINONTNOOPaNNSAMINARTHNOMNN
ASFFPON OOS BARDAINMNDATBHAHIENWVNNTNEDBAANCSO HDDHANMNnNnFAHlCMORS
AS ASS ate SS ABN NNN > ion non ean einen nana SRHANNNANAANA Sassen
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ioe Hee Tee Ben Teen Mere: oee Too Dees Bae Lome Veet Lee Dee Bere Dame Lee Teme Lome ee hee Deore Dore ee Deen hee ee Dae hoe De See heme Loe ee See Nae ae Den Yom Lae Van fam Lae ee an han en ian hana
dt et et et tet St et Rt NIN NNN NN NN NN NNO NN NNNN NNN NNN
te et ed et ee eet eet tet eet St et SS SS SSS et Set Set eS Set St eet et a
ANN SNOOP DHDDHNVANLN OE BDHROABNNAN OF DHOHIENNAN OF DADVAHATHoOLrDWDASO
El SS EOE ES OD DMD DD DD DEO NDAAADDNAADADOSDSITSODdA Ba eae a ws St eH HN
me ed re et et et et red et eet ee et et et eet ed ed
AA AAAA ONAN ANAMM MMMM MAMMMANMMMAMNOAMMAMNANMOAAMAMMANMMAANAMN
DMxDeorcwaorsaroeorwmrocrwrerqarwaAwrTeOTrwTwIM OVBWTrTWACOc wr AMwMODOOAeIPmIOcx
oer preparer eeeraperrenrvesraesceredve veces epyrarrrecerrcerapnpenvnenrnenesn
PS HE HE OK OK OS OK PKS OK OK OK DK DK OK OK OK DK OK DK DK DK OK DK OK OS OK DK - OK OK OK OK OK OK DK OK OK De DW OW OC > OC HK OK OK OK OOK OKO
BWWD OW WW WW WWW OW WW WWW WW DDD WW) WWW) WW We WW) I We Wd 22)
ieee eee ie Leen oe hee Ee ee Bo lee oe Le aoe Lee own Lome ae heen en Len ede ae eee Benen een ee lee om en ee Lee on Lae Ree an ee eo)
SPARTSFSTFT AT STE TSF TT TEATATFSLTATSESFAETESFSET TET LSTESTTETSTTETEEIXESE
ee — ———————
OUTPUT FORMAT OF FINAL DATA
Station information is provided in two different formats consisting of
1) numerical listings, and 2) profiles of temperature, salinity and sigma-t
(T-S-0,) versus depth.
In general, two profiles of T-S-o, are graphically shown on one page of
the data report. On the facing page, the corresponding numerical listings of
the station are shown. The numerical data consist of the parameters relating
to the station, and in some cases are abbreviated to save space. A listing of
these abbreviated terms and their meanings is given in Table 3. The main body
of the numerical listings consists of values of temperature, potential
temperature, salinity, sigma-t (9%), specific volume anomaly, dynamic height
and sound velocity against various interpolated levels of depth. Since upper
Surface layer data are omitted from the data set (mean ice thickness) surface
values of temperature and salinity are duplicated from the first data seen in
the cast. The first and last data of the station are shown as one of the
first values below the depth of 0.0 miei ea: Pa the last values of the listing,
respectively.
Corresponding profiles of temperature, salinity and sigma-t for the
station listing are shown on the facing page. The label at the end of each
trace (T-S-o,) indicates the parameter of temperature, salinity and sigma-t,
respectively. Scales at the upper part of the diagram are labeled to
correspond to the parameters and are also shifted with respect to one another
to provide the maximum amount of clarity of the traces. Depth is in meters.
Station identification and data are in the lower left hand corner in the
following format:
15
MIZEX 83
MONTH - DAY - YEAR
where
STN is the station number
MOD is the mode
l = downtrace
LS)
i)
uptrace
16
STN-MOD
TABLE 3
Definition and Meanings of Abbreviated Terms in the Station Listing
Station xxx (y)
CTD
B)
C)
LAT
LONG
LTER
LGER
AIR TEMP
BAROM
WIND
SPEED
Station number (xxx) and mode of trace (y) where:
l indicates downtrace
2 indicates uptrace
Station taken with CTD y
y
Times shwon are Greenwich Mean Time
Processing Code where if I =
1- 5 profile contains both temperature and salinity data.
1) data from magnetic tape
2) data from manual digitization of analog charts
3) subsequent filtering below 250 m in salinity only
4) subsequent filtering below 250 m in temperature only
5) subsequent filtering below 250 m in both temperature
and salinity
fab iS 13 profile is in salinity only
1G Ey data from magnetic tape
eZ) data from manual digitization of analog charts
13) filtered below 250 meters
2Le.— 23 profile in temperature only
wad data from magnetic tape
22) data from manual digitization of analog charts
23) filtered below 250 meters
Latitude in decimal degrees N_ (North)
Longitude in decimal degrees W (West)
Estimate of positional error for latitude in meters
Estimate of positional error for longitude in meters
Air temperature in deg. C at 7.8 meters above surface of ice
Barometric pressure in millibars, taken at surface
Wind direction in deg. true north, taken at 9.2 meters above
surface of ice
Wind speed in meters/sec taken at 9.2 meters above surface of
ice
buy
TABLE 3 (continued)
LISTING PARAMETERS
Depth in meters
Temperature in degrees C
Potential temperature in degrees C
Salinity in parts per thousand
Sigma-t density where:
density (p) = 1.0 ((Sig T)- * 1000.0)
Specific volume anomaly (x 1072cm3/gm)
Dynamic height (dynamic meters)
Sound velocity in meters/sec calculated from
equation
BOTTLE DATA LISTING
Depth in meters at which bottle was tripped
Matthews
Average temperature of reversing thermometer in degrees C
Determined salinity of water sample taken at depth indicated,
in ppt
18
STD DATA
This section provides all of the helicopter-based STD data
taken during MIZEX 83. The numerical listing
and corresponding plots are given.
19
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a
MIZEX-83 STATION
1(1) CTD 21/JUN/1983 2025 GMT CODE
LAT = 80. 1842N LNG = -10. 5500W LTER = 30. LGER
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT
0.0 0. 2°9 OS9T SS a eet na? 67.4 QO. 000
eh Oh Seas OT Se 4 ey ee Jno? 67.4 0.003
2.0 1.00 1.00 34.146 27. 37 69.4 Q.003
10.0 1.02 TOD M4 eee eee te OOO 7
15.0 1.24 1.24 34.36 27.52 ay, v) (ay, SO KO)
20.0 1.295 1.24 34.39 27.54 DoOROmmO Roc
29.0 1.23 1.23 34.40 27.359 92.8 0.016
30. 0 1.23 1.23 34.43 27.57 Cho S} (0), Wealts)
Jo.00 ah LS, 1.15 34.41 27.56 92.0 0.021
40.0 iis 1.14 34.41 27.56 21559 0: O24
45.0 1.38 137 849247. 27.60 48.3 0.02
90.0 TAZ, 1.47 34.49 27.60 4&7.9° 0,02
99. O 2.03 2.02 34.56 27. 62 46.4 0.031
60.0 2.21 2.21 34.62 27.465 43.8 0.033
65. 0 2.38 2.38 34.65 27.66 42.8 0.035
70.0 2.49 2.49 34.68 27.58 AISA O02 O37
73.0 2.97 ed Tatey SEN, Gs PML TAS) 39.2 0.039
80. 0 2.56 2.356 324.76 27.73 39.7 Q. 041
a5. 0 2.93 Qve eat ome ls IS 36.6 Q.043
IO>0 3. 02 3.01 34.82 27.74 39.4 0.0495
93.0 2.92 2.971 34.81 27.74 39.39 0. 047
100. O 2.735 Zoo) 347800 e770 34.4 0.049
110.0 2.77 eae SEER Cae, Fk= 34.0 90.052
120.0 3. 36 eb Si} SE {hs} Ea7s, TAS: 36,7. 0: O36
130.0 3. 47 3.47 34.94 27.79 SinOee OFO37
140. 0 3. 38 Si Gye Sk Cle) eles 7A 31.0 O. 062
150. 0 3.18 Salve 4s Te) 627 80 ear Se) 40). (OXets)
160.:0 3.36 3.395 34.96 27. B2 28.2 0.068
170. 0 3. 32 3.31 34.974 27.82 28.2 0.071
180. 0 3.13 3.12 34.95 27.83 27.6 0.074
182. 2 3.10 3.08 34.94 2 2 28.1 0.074
DEPTH TEMP. SALIN
DENN OAN-OUQIRQVENGREUNNEK UW PAOUONN
‘MIZEX-83 STATION
LAT = 80. 0545N LNG
AIR TEMP
DEPTH
-_
2)
soessessssseo
lelelelelelejlelelelelolelolelelelelelelelelelelejieielejelelejelelelelelelelelele) je)
TEMP
NNNUNNUNNNNUNNNUNNNGSAASDSAOUWUUNNNNNVA
+
0
0.
-10. 8907W LTER =
QO BAROM =
PTEMP SALIN
1.41 34.14
1.41 34.14
1.43 34.16
1.46 34.15
1.49 34.14
2.2 34, 37
2.90 34. 68
2.86 34.70
2.80 34. 469
2.63 34.71
2.89 34.73
3.09 34.76
SO M4 ida
g.12 34.77
3.31 34.83
3.68 34.98
4.12 34.95
4.23 34.98
4.26 34.99
4.17 34.99
4.18 34.99
4.05 34.97
3.48 34.91
ex Oise] | EL (4S,
2.09 34.82
2.12 34.81
2.17,' 34. 84
2.34 34.87
2.74 34.94
2.67 34. 94
2.42 34.93
2.90 34. 94
2.44 34.94
2.39 34.94
2.24 34.95
2.23 34.99
2.21 34.94
2.17 34.95
2.09 34.935
2.06 34.75
2.05 34.935
2.03 34.93
DEPTH
0.0 WIND =
SIG T SPVOL
27. 33 UAE,
27.33 73. G
27.34 72.1
27.33 ThE SE;
27. 32 74. 4
27.45 62.0
27. 64 44.2
27.64 42.6
27.66 42.6
27. 67 41.4
27. 48 41.0
27. 68 40.4
27.68 40.8
27.69 ao amd
27.72 372
27.80 COR
27.74 3o5 9
27.79 ao. 0
27.79 34.8
27.76 34.1
27.76 33.7
2IOILO 34. 1
pea be TETA Some
27.76 SS
27.82 27.9
27.81 28.5
27.83 27.3
27. B4 26.0
27.86 24.6
27.87 24.0
O
its
ae
pact
ac
ane
.2
8
9
7
i
7
1463.
2(1) CTD 21/JUN/1983 2232 GMT CODE
30. LGER =
0.0 SPEED =
DYNHT SOUND
0.000 1454.
0.002 1454.
0.004 1454.
0.007 1454.
0.011 1455.
0.015 1458.
0.017 1462.
0.019 1462.
0.022 1461.
0.024 1462.
0.026 1462.
0.028 1463.
0.030 1463.
0.032 1463.
0.034 1464.
0.034 1466.
0.037 14698.
LOL (keh — sles xehiye
0.041 1469.
0.043 1469.
0.044 1449.
0.044 1468.
0.049 1466.
0.053 1460.
0.056 1460.
0.059 1460.
0.0461 1461.
0.064 1462.
0.067 1464.
0.069 1464.
0.072 1463.
0.074 1463.
0.076 1463.
0.078 1463.
0.080 1463.
0.082 1463.
0.084 1463.
0.086 1463.
0.088 1463.
0.090 1463.
Gaze 1463.
WWMREWGURORNMEWUWORR SNH SbHROND GRUNER ONG
(SIGMA-T) 23 24 co 26 aM 28
(EF Mind 2o 30 3} <y) | 34 35 36
(DEG C) 0 41
: 0
100
200
(M)
300
400
MIZEX-83 Nee
6-21-83
500
(SIGMA-T) 23 24 25 26 27 28
p+ “+ 4.“ +4 fF --+4 + +
(PPT) 29 30 31 32 33 34 35 36
Pp} 4 tH
(DEG C) - -1 0 1 2 3 4 5 6
S
|
“|
(M)
6-21-83
‘i
MITVEX 8S el
x
MIZEX-83 STATION
LAT = 80. 0842N
AIR TEMP
DEPTH
WYelelololololololololelelolololelelololololololololelelelololelelololololelelololon |e}
oO.
NUNNUNUNNNUNUNNNNVUUUUUUUUUUUUUU UUW
3(1) CTD 22/JUN/1983
—7. B91
7W LTER =
0.0 WIND =
SIG T SPVOL
26.84 119.5
26.84 119.5
26.84 119.7
34,09 2120.7
26.87 117.4
27.00 104.7
27.48 59.5
27.59 49.5
27.40 48.3
27.6f 41.3
D7 wie tev ae
27.68 40.6
27.71 37:6
27.74 35.0
27.75 34.7
27.75 34.0
27.95 34.4
27.76 33.8
27.76 33.6
27.96 33.2
27.76 324.5
27 92 32.8
27.78 32.0
2779 = Bi 0D
OF 9e 34 aA
27.80 30.0
27.80 ~ 50.2
27 aim eo a
27. 8t— 29.8
27,83 27.0
27.82 28.0
27.84 26.5
27.85 26.0
27.85 25.3
D7 Game 24. 4
27 Oy eos e7.
27 Oy meee any.
eepacpe ) Se)
27.88 23.0
37.20 eos et
27.89 22.2
27.89. 22-0
27.90 20.9
237, 90MN2 170
TEMP
90 GMT CODE =
30.
0.0
30. LGER
0.0 SPEED
DYNHT
ooo9aDNSNNSNDNDNDNOONONSNSOSSASSNNDNN9NSN99909000
Oo
a
N
MIMIPWIAARAOVRAUUVUSPVEGRANVUNUNN AR UUeE UCAKAWOURORU
i
MIZEX-83 STATION 4(1) CTD 22/JUN/1983
LAT = 80.0747N LNG =_ -8.9727W LTER =
AIR TEMP = 0.0 BAROM = 0.0 WIND =
DEPTH TEMP PTEMP SALIN SIG T SPVOL
0.0 0.94 O596, 33:88 (27219 90.3
day 0.96 0.96 33.88 27.15 970.5
ok (G, 0.95 O299 95337 81 627,,07 96.2
10.0 1.70 1.70 34.18 27.34 72.8
15.0 2.32 2.32 34.51 27.56 92.2
20.0 2. 54 2.94 34.60 27.61 47.2
29.90 3. 00 3.00 34.75 27.68 40.2
a0. 0 2, 82 2.82 34.80 27.74 34.6
35.9 2.43 2.42 34.69 27.69 Te
40. 0 2.59 2.59 34.72 27.70 38.9
43.0 2. 67 2.67 34.72 27.69 37. 4
90. 0 3.04 3.03 34.81 27.73 36.3
95.0 3. 69 3.64 34.83 27.69 40.0
60. 0 Shp TAR) 3.70 (34,89 (27.973 36.3
63.0 3.16 3.135 34.80 27.71 at. F
70.0 3. 01 3.00 34.84 27.73 33.9
73.0 Gate 3.12 34.86 27.76 33.3
80.0 3.16 Sal6 1845875 efar 7 32.9
85.0 3. 26 3.260 234.98 27.80 29.3
90.0 3.47 3.46 34.93 27.78 31.35
95.0 3. 46 3.45 34.91 27.77 33. 0
100. 9 3.23 3.22 34.90 27.78 31.35
110.0 3.45 3.44 34.95 27.80 29.8
120.90 3. 34 3.33 34.93 27.80 29 OF
130.0 3. 31 3.30 34.94 27.81 297.3
140. 0 3. 22 3.21 34.974 27.82 28.3
150. Q 3.12 3.11 34.94 27.83 27.7
1640. 0 3. 03 3.02 34.93 27.83 a7.
170.0 3. 02 3.01 34.92 27.82 28.4
180. O 3. O1 3.00 34.93 27.83 27.4
1970. 0 3. 06 3.05 34.96 27.84 26 2
200. 0 3. 02 3.01 34.95 27.84 26 4
210.0 2.95 2.974 34.95 27.85 235.98
220.0 2.91 2.970 34.95 27.86 25.3
230. O 2. 87 2.86 34.95 27.86 29.2
240. O 2. 82 2.81 34.95 27.86 24.6
250. 0 2.79 2.73 34.96 27.87 23.8
260, O 2.45 2.64 34.96 27.88 23.0
270.0 2.63 2.63 34.96 27.89 22.6
280. O 2. 44 2.63 34.97 27.89 22.2
290. 0 2.461 2.59 34.97 27.90 21.8
300. O 2.35 2.953 34.98 27.971 20.9
310.0 2.47 2.45 34.97 27.971 20.3
235 GMT CODE
30. LGER =
0.0 SPEED =
DYNHT SOUND
0.000 1452.1
9.002 1452.2
0.005 1452.0
0.009 1456.0
0.012 1459.2
0.015 1460.4
0.017 1462.7
0.019 1462.1
0.021 1440.3
0.023 1461.1
0.025 1461.5
0.026 1463.3
0.028 1466.1
0.030 1466.4
0.032 1464.1
0.034 1463.64
0.036 1464.2
0.037 1464.5
0.039 1465.90
0.041 1466.0
0.042 1466.0
0.044 1465.1
0.047 1466.3
0.050 1466.9
0.053 1466.0
0.056 1463.8
0.059 1465.5
0.061 1465.3
0.064 1465.4
0.067 1463.5
0.070 1466.0
0.072 1463.9
0.0735 1465.8
0.078 1465.8
0.080 1465.8
0.083 1465.8
0.085 1465.64
0.088 1465.4
0.090 1465.5
0.092 1445.7
0.094 1465.7
0.097 1465.46
0.099 1465.4
SALIN
30.
QO.
0
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 31 32 35 34 35 36
-—+—_+—__+-—___+—_ aes tH
(DEG C) & - 0 1 22 3 4 5 §
100
200
(M)
300
T Ss Or
400
MIZEX-83 3° -1
6-22-83
500:
(SIGMA-T) 23 24 25 26 27 28
+ tH HH
(Peis ec 30 sh Bi 33 34 35 36
(DEG C) of - 0 1 2 3 4 5 §
100
200
(M)
300
T S Or
400
Mele 05 Cy ell
6-22-83
500
MIZEX-83 STATION 5(1) CTD 26/JUN/1983 1435 GMT CODE = 1 MIZEX-83 STATION 6(1) GTD 27/JUN/1983 1425 GMT CODE = 1
LAT = 81.0862N LNG = -5. 4853W LTER = 30. LGER = 30. LAT = 81.0348N LNG = —-6.1857W LTER = 30. LGER = 30.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.398 -1.398 34.01 27.36 70.2 90.000 1441.5 0.0 -1.42 -1.42 33.58 27.01 103.4 0.000 1440.7
2.0) —1°38 —1 38) 34.01 27.36 70.2 Q0.Q001L 1441.6 9.0 -1.42 -1.42 9393.58 27.01 103.4 9.005 1440.8
9.0 -1.45 -1.45 33.60 27.03 101.5 0.004 1440.7 7.2 -1.42 -1.42 33.58 27.01 103.4 0.007 1440.9
10.0 -1.48 -1.48 33.46 26.92 112-5 0.009 1440.4 10.0 -1.45 -1.435 33.48 26.939 110.9 0.011 1440.6
15.0 -1.50 -1.50 33.56 27.00 104.5 90.015 1440.6 13.0 -1PSt -1t: Sf 33.61 27.04 100:;7 OF01G 144076
20.0 -1.44 -1.44 33.95 27.32 74.7 90.019 1441.5 20.0 -1.52 -1.52 33.64 27.07 98.0 90.021 1440.7
25.0 -1.61 -1.61 34.16 27.49 97.9 90.023 1441.1 adel T8¥ ik. ehOp Sah. ey REL SK) Ir pees 83.7 0.026 1441.1
cio tee alwys aloes eee okey ces. el 96.0 0.026 1441.4 30.0 -1.42 -1.42 34.00 27.36 70.3 9.029 1441.8
35.0 -0.74 -0.74 34.39 27.65 43.4 0.028 1445.6 35.0 -1.43 -1.43 34.18 27.50 36.9 0.033 1442.1
40.0 0. 27 0.27 34.37 27.58 497.8 0.031 1450.3 40° 0> (—te ioe — it tS) 94526 (27256 $1.3 0.035 1443.6
45.0 1.04 1.04 34.58 27.70 38.4 0.0339 1454.2 435.0 -1.00 -1.00 34.29 27.58 49.5 0.038 1444.4
90.0 1.41 1.40 34.67 27.75 33.9 0.035 1456.0 20.0 -0.40 -0.40 34.44 27.68 40.3 0.040 1447.5
95. 0 1.51 1.50 34.66 27.74 34.9 0.036 1456.5 J9. 0 0.73 0.73 34.463 27.77 32.4 0.042 1453.0
60. 0 1. 37 1.397 34.66 27.75 34.3 0.038 1456.0 60. 0 1.72 1.72 34.70 27.75 34.0 0.044 1457.6
63. 0 1.43 1.43 34.72 27.79 30.2 0.040 1456.4 63.0 1. 61 1.61 34.68 27.75 34.4 90.045 1457.2
70.0 1.61 1.60 34.81 27.835 24.6 0.041 1457.4 70.90 1.993 1.93 34.72 27.76 33.3 0.047 1498.8
73.0 1.92 292" (34275 -2/2 798 31.4 0.043 1458.8 73.0 2. 02 2.02 34.74 27.76 32.7 0.049 1459.3
80.0 ea 1.90 34.73 27.76 33.2 0.044 1458.8 80.90 2.09 2.08 34.76 27.77 32.1 0.050 1459.6
89.0 1.93 1.92 34.75 27.78 31.4 0.046 1459.0 85. 0 2.12 2.11 34.76 27.77 32.3 9.052 1459.9
90. 0 2.05 2.04 34.78 27.79 30.2 0.047 1459.7 90. 0 2.11 251i 34.774 27.79 31.6 0.054 1459.9
935.0 2.07 2.06 34.79 27.80 297.8 0.049 1459.8 935.90 2.03 2.04 34.78 27.79 30.6 90.055 1459.7
100. O 2.09 2.08 34.79 27.80 27.3 0.050 1460.0 100. 0 2.18 2.18 34.80 27.79 30.1 0.057 1460.4
110.0 2.15 2.15 34.84 27.83 264.9 0.053 1460.5 110.90 2.14 2.14 34.80 27.80 29.2 90.060 1460.4
120.0 2.15 2.15 34.81 27.81 28.8 0.056 1460.7 120.0 2. OF 2.08 34.81 27.81 28.3 90.063 1460.4
130. 0 2.24 2.23 34.85 27.83 26.7 0.059 1461.3 130. 0 2.13 2.14 34.83 27.893 27.2 0.066 1460.8
140.0 2.32 2.31 34.86 27.893 26.5 0.062 1441.8 140.90 2.29 2.28 34.85 27.83 26.9 ©: 068) 146177
150. O 2.30 2.29 34.87 27.84 26.90 0.064 1461.9 150. O 2.335 2.34 34.87 27.84 26.2 0.071 1462.1
160.'0 2.28 2.27 34.88 27.85 25.1 0.067 1462.0 160. 0 2.38 2.37 34.88 27.85 25.5 0.074 1462.4
170. 0 2.20 2.19 34.88 27.86 24.5 0.069 1461.8 170. 0 2.41 2.40 34.89 27.85 25.2 0.076 1462.7
180.0 2.16 2.15 34.87 27.86 24.6 0.072 1461.8 180. O 2.47 2.46 34.90 27.85 24.97 0.079 1463.1
190. O 2.16 2.15 34.88 27.86 24.3 0.074 1462.0 190. O 2. 46 2.45 34.91 27.86 24.7 0.081 1463.3
200. O 2.14 2.13 34.88 27.864 24.2 0.077 1462.0 200. 0 2.39 2.38 34.970 27.86 24.3 0.084 1463.1
210.0 2.13 2.11 34.89 27.87 23.9 0.079 1462.1 2190.90 2.36 UG oy ER BE earhn (SE 23.3 0.086 1463.2
220. 0 2.10 2.09 34.89 27.88 22.9 0.081 1462.2 220.0 2.23 2.24 34.91 27.88 23.0 0.088 1462.9
230. 0 2.10 2.09 34.90 27.88 22.6 0.084 1462.4 230.90 2.29 2.239 34.91 27.88 22.9? 0.091 1463.0
240. O 2.09 2.07 34.90 27.89 22.2 0.086 1462.5 240.0 2.19 2,17— 394,91 27,89 22.1 0.093 1462.9
250. 0 2.01 2.00 34.88 27.87 23.2 0.088 1462.3 250.0 2.17 Can they CERES earl, Lehry 21.7 0.095 1463.0
260. 0 1.96 1.95 34.90 27.89 21.6 0.091 1462.3 260. 90 2.135 2.14 34.92 27.89 21.5 0.097 1463.1
270.0 1.92 P71 34589 9 27387, 22.0 0.093 1462.2 270.0 2416 2.14 34.93 27.90 21.0 90.100 1463.3
280. 0 eee’ 1.89 34.89 27.89 21.5 0.095 1462.3 280. O 2.12 2.10 34.92 27.90 21.1 0.102 1463.3
290. 0 1.86 1.84 34.89 27.90 21.1 0.097 1462.3 2970. 0 2.06 2.03 34.92 27.91 20.3 0.104 1463.2
300. O 1.81 1.79 34.90 27.90 20.4 0.099 1462.3 300. 0 2.04 2. O37 (84092 27591 20.4 0.106 1463.3
310. O ih Bre e734 OF 272 70 20.7 0.101 1462.3 310.0 2.03 2:02 34.93 “27.91 20.0 0.108 1463.4
320. 0 ln fe re EES eh eA al 20.3 0.103 1462.3 320. 0 19S Ah SEE ear Ces L9o se FON T1011 46354
330. O 1271 1.70 34.90 27.971 19.6 0.105 1462.3 330. 0 Va 7. 1.93 34.93 27.%2 7 eee Onl) ee FO
340. 0 1.46 1.64 34.90 27.71 19.5 0.107 1462.3 340.0 1.89 1.87 34.92 27.92 19.4 0.114 1463.3
350. 0 1.63 ree he? ars eel 19.6 0.109 1462.3 350. 0 1.86 1° 649) 34593 27473 18.8 0.116 1463.3
,360. 0 iN, beet 1.55 34.90 27.92 18.8 9.111 1462.2 360. 0 1.87 1.85 34.94 27.94 Lov eeOml tome Lao ae
370. 0 1.49 1.47 34.89 27.92 18.7 0.113 1462.0 370.0 1.735 Nb Pech SEE eae ee} 18.7 0.120 1463.2
380. O 1.45 1.43 34.89 27.72 18.7 0.115 1462.0 380. 0 be PAPE Le 4 ee raat 18.0 0.121 1463.3
3970. 0 1. 37 1.35 34.89 27.93 Lee Owl “eel AS ta 3970. 0 1.73 1.71 34.92 27.93 i8f.3 0.123 1463.4
400. 0 1. 66 1.63 34.92 27.974 17.7 0.125 1463.3
DEP TH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 2 2 27 28
(Pel aes 30 3 2 x 34 3 36
(DEG C)=2
Q
100
200
(M)
300
400 T
MIZEX-83 Jeo
6-26-83
S00
(SIGMA-T) 23 24 2 26 27 28
(PPT) 29 30 31 32 3 34 35 36
100
200
(M)
300
400
Mize x Oo oy, oat
6-27-83
300
MIZEX-83 STATION 7(1) CTD 28/JUN/1983 1357 GMT CODE = i MIZEX-83 STATION 8(1) CTD 28/JUN/1983 1645 GMT CODE = 1
LAT = 81.0183N LNG = -6. O0412W LTER = 30. LGER = 30. LAT = 81. O0080N LNG =_ —-S. 7033W LTER = 30. LGER = 30.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = O.0 WIND = 0.0 SPEED = 0.90
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.44 -1.44 33.42 26.89 115.2 0.000 1440. 4 0.0 -1.47 -1.47 33.47 26.93 111.8 9.000 1440.3
5.0 -1.44 -1.44 33.42 2689 115.2 0.006 1440.5 1.9 -1.47 -1.47 33.47 26.93 111.8 9.002 1440.4
8.6 -1.44 -1.44 33.42 26.89 115.2 0.010 1440.6 5.0 -1.49 -1.49 933.47 26.93 111.7 90.006 1440.3
10.0 -1.45 ~-1.45 33.43 2490 114.5 0.012 1440.5 1070 —j7S9~ =i, 53 83552" 226) 97 1O7e3 FOr Oim A473
15.0 -1.48 -1.48 33.48 2693 110.9 0.017 1440.6 15.0 -1.56 -1.56 33.64 27.07 98.3 0.014 1440.4
20.0 -1.50 -1.50 33.57 27.01 104.0 0.023 1440.7 2080 Sl oS e ah oan Boers emer PLA 90.9 9.021 1440.8
Aa) ONG ei6) esl, whe) CE (ase RATA Oka) 98.7 0.028 1440.8 25.0 -1.48 -1.48 33.91 27.28 77.@ 0.025 1441.3
30.0 -1.48 -1.48 33.72 27.13 92.0 0.033 1441.1 30.0 —-1.36) =1.37 34,19 27.48 99.2 0.029 1442.3
shel (0p ah ear are EE hoe Race ae 60.9 0.037 1442.7 35.9 -0.43 -0.43 34.30 27.36 31.6 90.032 1446.9
40.0 -1.03 -1.03 34 32 27.60 47.3 0.039 1444 3 40.0 0. 43 0.42 34.45 27.64 44.1 0.034 1451.1
45.0 0. 48 0.48 34.64 27.78 30.5 0.041 1451.7 45.0 0.993 0.92 34.54 27.68 40.7 90.036 1453.6
30. O 0. 41 0.61 34.93 28.901 9.1 0.042 1452.8 20. 0 1.24 1.24 34.61 27.72 37.1 0.038 14359.2
95.0 0.75 0.75 34.59 27.73 35.4 0.043 1453.1 33. Q 1.53 1253 S42 72 927.79 30.9 0.040 1456.7
60. 0 0. 92 0.92 34.61 27.74 34.8 0.045 1453.9 60. 0 1.55 1.54 34.72 27.78 30.9 0.041 1456.9
69.0 0. 87 0.86 34.64 27.77 32.2 0.047 1453.8 465.0 1.66 1.65 34.78 27.82 27.9 0.043 1437.5
70.0 1.20 1.20 34.70 27.79 30.5 0.048 1455.5 70.0 1.76 1,76 ~34.77 27.81 28.4 0.044 1458.1
75.0 1. 37 1.37 34.70 27.78 a1,1 0.050 14596°3 Urabe 9) 177 1.77 34.78 27.82 27.9 @.046 1458.2
80.0 1.46 1.46 34.73 27.7? 30.0 90.052 143596 8 80.0 2.04 2.04 34.82 27.83 27.Q@ 0.047 1439.35
85.0 1. 62 1.61 34.75 27.80 29.2 0.053 1457.6 85.0 2.09 2.05 34.82 27.82 27.1 0.049 1459.7
90.90 1.91 1.51 34:73 27.77 CTT ONO Se Ao kee 90.90 2.17 2.17 34.85 27.84 26.0 0.050 1460.3
95.0 1. 57 1.56 34.75 27.80 29.1 O. O54 1457.6 95.0 2. 24 2.23 34.85 27.83 BOs O07 On tee SOC 27,
100.0 1. 42 1.62 34.75 27.80 29.3 0.057 1457.9 100.0 2.19 2.19 34.85 27.84 23.9 0.053 1460.6
110. 0 1. 68 1.68 34.76 27.81 28.7 0.060 1458.4 110.0 2.21 2.20 34.86 27.84 25.6 0.055 1460.8
120.90 1.83 1.82 34.80 27.83 26.9 0.0463 1459.2 120.0 2.02 2.01 34.970 27.89 21.1° 0.058 1460.2
130. 0 2. 04 2.03 34.83 27.83 26.7 0.066 1460.3 130. 0 2. 07 2.06 34.886 27.87 23.1 0.060 1460.5
140. 0 2.13 2.12 34.85 27. 84 26.0 0.069 1460.9 140. 0 2.22 2.21 34.90 27.87 22.9% 0.062 1461.4
150.0 2.33 2.32 34.88 27.85 29.1 0.071 1462.0 150. QO 2.23 2.22 34.92 27.89 21.7 0.044 1461.6
160.'0 2.50 2.49 34.90 27.895 25.4 0.074 1462.9 160. O maa 2.38 34.93 27.88 22.1 0.067 1462.5
170.90 2.46 2.45 34.89 27.84 25.9 0.076 1462.9 170.90 2. 32 2.31 34.93 27.89 21.5 0.069 1462.4
180. O 2.30 2.29? 34.70 27.86 23.9 0.079 1462.4 180. O 2.27 2.26 34.92 27.88 22.2 0.071 1462.3
190.0 2.31 2.30 34.90 27.84 24.2 0.081 1462.6 1970. 0 2. 20 2.19 34.973, 27.970 20.5 @.073 1462.2
200. O 2.28 2.26 34.91 27.88 22.9 0.084 1462.7 200. O 2. 22 Jods 2945939 e770 20.6 0.075 1462.4
210.0 2.25 2.24 34.89 27.87 24.0 0.086 1462.7 210.0 2.17 2.16 34.94 27.91 20.1 0.077 1462.4
220. 0 2.25 2.23 34.971 27.88 22.9 0.088 1462.9 220.0 2.16 2.135 34.93 27.70 20.3 0.079 1462.5
230. 0 2.23 2.22 34.971 27.88 23.0 0.091 1463.0 230.0 2.14 218 345 74a 7a 19.6 0.081 1462.6
240. 0 2.24 2.23 34.92 27.89 21.9 0.093 1443.2 240.0 2.10 2.09 34.94 27.92 19.0 9.083 1462.6
250. O 2.19 2.17 34.91 27.88 22.39 0.095 1463.1 250. 0 2. 09 2.07 34.95 27. 92 18.7 0.085 1462.7
260. 0 2.16 2.15 34.92 27.90 21.2 0.097 1463.2 260. 0 2.04 2.02 34.95 27.93 18.2 0.087 1462.6
270.0 2.11 2.10 34.91 27.89 21.8 0.100 1463.1 270. 0 2. 02 2.01 34.95 27.93 18.3 0.089 1462.8
280. 0 2.12 2.10 34.92 27.90 20.9 0.102 1443.3 280.0 NS A Lie Lee OAS ee Cato 17.9 0.091 1462.8
290. O 2. 08 2.06 34.93 27.71 20.0 0.104 1463.3 290. 0 1.93 1.94 34.94 27.93 18.0 0.093 1462.8
300. QO 2.035 2.04 34.93 27.1 20.4 0.106 1463.4 300. 0 1.92 1.970 34.95 27.94 17.6 90.094 1462.8
310.0 2.03 2.01 34.92 27.91 20.3 0.108 1463.4 310.0 1. 84 1.62 34.94 27.93 l(a On OT Gm AOe2O
320. O 1.98 pn = ne LPs £0 4 eee f= 19.6 0.110 1463.4 320. 0 1. 82 1.81 34.94 27.974 171 Cs OSS a1 462 87%
330. 0 1.93 1.91 34.92 27.91 19.7 0.112 1463.3 330. 0 Mh thes 1.77 34.935 27.74 16.8 0.100 1462.7
340. 0 1.970 1.88 34.92 27.971 20.0 0.114 1463.4 340. 0 1.76 1.74 34.94 27.95 16.7 0.101 1462.8
350. 0 1.86 1.84 34.92 27.92 17.1 0.116 1463.3 350. 0 1.72 1.70 34.94 27.93 16.3 0.103 1462.8
360. O 1. 82 1.80 34.92 27.92 18.9 0.118 1463.3 360. O 1. 68 1.66 34.95 27.96 LOSS OL OS mel AG a
370. 0 1473 1.76 34.93 27.93 18.2 0.120 1463.3 3790.90 1. 62 1.60 34.94 27.95 16.1 0.1906 1462.6
380. O 1.77 L/D eees See? 2 mee 9S 18.6 0.122 1463.4 380. O 1. 60 1.58 34.974 27.93 17 ee OMmLOS LAG 27,
3970. O 1.74 1.72 34.92 27.93 18.5 0.123 1463.5 3970. 0 be eehe) 1.57 34.94 27.96 15.6 0.109 1462.8
400. 0 1. 67 1.65 34.93 27.94 17.3 0.125 1463.4 400. 0 1. 56 1.54 34.94 27.96 13 OFT 1 AG2n9.
410.0 1. 50 1.48 34.94 27.96 15.2 0.113 1462.8
411.5 1.49 1.47 34.94 27.96 15.2 90.113 1462.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(DEG C)
0
(M)
(M)
(SIGMA-T) 23 24 2 26 27 28
100
200
300
400
MIZEX<83 eect
6-28-83
Soa
(SIGMA-T) 23 24 25 26 27 28
100
200
300
400
Mb EAD eta i jah cell
6-28-83
500
MIZEX-83 STATION 9(1) CTD 29/JUN/1983 1043 GMT CODE = 1 MIZEX-83 STATION 10(1) CTD 29/JUN/1983 1454 GMT CODE = 1
LAT = 81. O905N LNG = -6.1257W LTER = 30. LGER = 30. LAT = 81.0793N LNG =_ —-6. 2522W LTER = 30. LGER = 30.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
oO
<
=z
ae
ro |
a9)
Qo
Cc
ra
o
0.0 -1.48 -1.48 33.47 26.93 111.2 0.000 1440.3 0.0 -1.46 -1.46 933.49 2695 109.9 0.000 1440.4
1.9 -1.48 -1.48 33.47 26.93 111.2 0.002 1440.3 4.2 -1.4&@ -1.46 933.49 26.95 109.9 0.005 1440.5
9.0 -1.48 -1.48 33.44 24691 113.6 0.006 1440.4 9.0 -1.46 -1.46 33.49 26.95 109.9 0.0046 1440.5
10.0 -1.48 -1.48 33.45 26971 112:9 Q.O011 1440.4 10.0 -1.48 -1.48 33.60 27.04 101.4 90.011 1440.6
1) OM ad ete lin Jee 33) Oe ait, LO 94.8 0.017 1440.6 15.0 -1.52 -1.52 33.74 27.15 90.2 0.016 1440.7
20.0 '=1.435 <=!. 495) 33.90 27.28 78.2 0.021 1441.4 20.0 -1.54 -1.54 33.91 27.29 77.3 0.020 1440.9
20, Opel Oe alos) 34. 17 (27. 50 97.1 0.024 1441.4 23) OF le Son eo aan 99) eine 7i.1 0.024 1441.1
30.0 <=-1.64 ~—-1.64 34.24 27.56 591.4 0.027 1441.1 30.0 -1.48 -1.48 34.06 27. 41 66.0 90.027 1441.6
39, OF =) 476 =1. 47, 34.21 27. 53 34.6 0.030 1442.0 Bo OR 1A 1 ase ee 27 5G 32.0 90.030 1442.3
40;0 =-1.25 <-1.25 34.28 27.58 $0.0 0.033 1443.2 4050) pO) Jif Onl Je S40 Sle a7 0G 49.6 90.033 1445.3
43.0 -0.38 -0.38 934.48 27.71 37.6 0.035 1447.6 45.0 -0.28 -0.:29 34.31 27.56 31.6 0.033 1447.8
90.0 -0.43 -0.43 34.30 27.73 35.9 0.037 1447.4 50. O 0.39 0.33 34.48 27. 67 41.6 0.038 1451.0
95.0 -0.02 -0.02 34.40 27. 42 45.6 0.039 1449.3 33.0 0. 47 0.47 34.47 27.635 42.8 0.040 1451.6
60.90 1.22 1.22 34.60 27.71 37.6 90.041 1455.3 60. 0 (0). OS OD 99 S44 61s 2773 35.8 0.042 1454.2
63. 0 1.53 1.53 34.62 27.70 38.7 0.043 1456.8 635.0 0. B89 0.88 34.68 27.79 27.6 0.043 1454.0
70.0 1.49 1.48 34.46 27.74 34.8 0.045 1456.7 790.0 0. BF 0.89 34.67 27.78 30.7 9.045 1454.90
73.0 oO. 70 0.90 34.68 27.80 27.3 0.046 1454.2 73.0 1.33 1.39 34.70 27.78 31.1 0.047 143596. 1
80.0 1.03 1.03 34.66 27.77 32.3 0.048 1454.8 80. 0 1993 1.95 34.75 27.78 31.7 0.048. 1439.0
85.0 1.06 1.06 34.67 27.78 31.1 0.049 1435.1 85.0 2.13 2.15 34.80 27.80 29.353 0.050 1460. 1
90. 0 1.42 1.42 34.72 27.79 30.2 0.051 1456.8 90.0 2.04 2.03 34.81 27.82 az. 9. OSO9T* L459. 7
93.0 1. 68 1.67 34.77 27.81 28.5 0.052 1458.1 93.0 2.13 2.12 34.82 27.82 27.8 90.053 1460.2
100. O 192 1.90 34.81 27.83 26.7 Q0.054 1459.2 100. 0 2.10 2.10 34.83 27.83 26.9 90.054 1460. 1
110.90 2. 08 2.08 34.85 27.84 25.3 0.0565 1460.2 110.9 2.10 2.09 34.83 27.83 26.8 90.057 1460.3
120. 0 2.198 2.17 34.86 27.83 25.2 0.059 1460.68 120. 0 2.08 2.08 34.85 27.84 23.5 0.059 1460.4
130.0 2.31 2.31 34.88 27.85 25.0 0.061 1461.6 130.0 2.22 2.21 34.88 27.85 24.6 9.062 1461.2
140.0 2.27 2.26 34.89 27.86 24.1 0.064 1461.6 140. 0 2.30 2.29 34.88 27.85 24.6 0.064 1461.7
150.0 2.33 2.32 34.91 27.97 23.1 0.066 1462.1 150. 0 2.33 2.32 34 91 27.87 23.2 0.067 1462. 1
160..0 2.41 2.40 34.93 27.88 22.5 0.069 1462.6 160. 0 2. 37 2.36 34.92 27.88 22.7 90.049 1462.4
170.0 2. 40 2.39 34.93 27.88 22.2 0.071 1462.7 170.0 2. 38 2.37 34.92 27.88 22.3 0.071 1462.6
180.0 2.38 2.37 34.93 27.88 22.1 0.073 1462.8 180. 0 2.31 2.30 34.92 27.89 22.90 90.074 1462.5
190. 0 2.23 2.24 34.92 27.89 21.9 0.075 1462.4 190. 0 2. 34 2.393 34.93 27.89 22.0 0.076 1462.8
200. Q 2.24 2.23 34.92 27.88 22.1 0.078 1462.3 200. 0 2.27 2.26 34.93 27.89 2iy 7 (OsO78 146257
210.0 2.14 2.13 34.92 27.90 21.0 0.080 1462.2 210.0 2.23 2.24 34.92 27.89 21.6 90.080 1462.7
220. 0 2.11 2.09 34.972 27.970 20.9 90.082 1462.3 220.90 2.22 2.21 34.93 27.970 21.2 0.082 1462.8
230. 0 2.09 2.08 34.72 27.90 20.6 0.084 1462.4 230. 0 2.17 2.16 34.93 27.90 20.4 0.084 1462.7
240. 0 2. OF 2.08 34.973 27.90 20.4 0.086 1462.5 240.0 2.15 2.14 34.94 27.971 17.86 0.087 1462.8
250.0 2. O07 2.05 34.93 27.91 19.9 9.088 1462.6 250.0 2.12 eae RO CRB tear ds | 20.2 0.089 1462.8
260. 0 2.06 2.04 34.94 27.92 LOT ORS OLOTO Mel 4 62a7, 260. 0 2.09 2.08 34.93 27.71 19.8 0.091 1462.9
270.0 2. 04 2.03 34.974 27.92 179.0 90.092 1462.8 270.0 2.06 2.05 34.94 27.92 17.2 90.093 1462.9
280. O 2.01 2.00 34.94 27.93 18.6 0.094 1462.9 280. 0 2.06 2.05 34.96 27.93 18.1 0.094 1463. 1
290. 0 2.01 2.00 34.95 27.93 18.5 0.096 1463.0 290.0 2.01 2.00 34.95 27.93 18.1 0.096 1463.1
300. O 1.978 1.97 34.94 27.93 18.4 0.098 1463.1 300. 0 1.98 IVa (34294) 27593 18.6 0.098 1463.1
310.0 1.93 U9 l) 634-93" 275 94 Lie OO OCF AAOSO 310.90 Agee) 1.94 34.94 27.93 1E2 Se OMLOOME TAGs at
320.0 1.88 1.87 34.94 27.94 17.6 90.101 1463.0 320.0 1.83 1.62 34.94 27.93 17.86 0.102 1462.7
330. O 1.85 1.839 34.95 27.94 17.2 0.103 1463.0 330. 0 1.73 172 AR Ia arn FS 18.0 0.104 1462.5
340.0 1.81 1.779 34.94 27.94 L/A Oe ORTOS PLAS S30 340.0 1. 63 1.63 34.92 27.93 17.7 0.105 1462.2
350. 0 pL fe) 1.73 34.94 27.95 16.6 0.106 1462.9 350. 0 1. 62 1.60 34.93 27.93 16.7 0.107 1462.3
, 360. 0 1267, 1.65 34.94 27.95 16.4 0.108 1462.7 360. 0 1. 64 1.62 34.94 27.95 16.1 0.109 1462.5
370. 0 1. 62 1.60 34.94 27.95 16.2 0.110 1462.7 370.0 12579 1.73 34.96 27.96 15.7 0.110 1463.2
380. 0 1.58 1.56 34.94 27.96 15.6 0.111 1462.4 380. 0 eyed 1.69 34.96 27.976 15.4 0.112 1463.2
390. 9 1.54 . 1.52 34.94 27.96 15.1 0.113 1462.6 370. 0 1. 68 1.66 34.94 27.99 16.9 0.114 1463.2
400. O 1. 60 1.58 34.95 27:96 ig72 GO: 1795 146371
4190.0 1.40 1.38 34.93 27.97 14.6 0.117 1462.3
410.8 1. 40 1.38 34.95 27.98 13.4 0.117 1462.3
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
( } 3s
OEG C 0
(SIGMA-T} 23 24 25 26 ed, 28
die Bes 30 3 3) Si) 34 3 36
100
200
(M)
300
400 " S Or
MIZEX-83 9 -]l
6-29-83
500
(SIGMA-T) 23 24 25 26 27 28
A$ ap $$
(PPT) 29 30 31 32 33 34 35 36
- $5 —— $$ $f —_—_p——_—_—_+—_—_ + _+—4
(DEG Cle :
0
100
200
(M)
300
400
[rad 2) iets | Ogee)
6-29-83
500
MIZEX-83 STATION 11(1) CTD 29/JUN/1983 1540 GMT CODE = 1 MIZEX-83 STATION 12(1) CTD 1/JUL/1983 1314 GMT CODE = 1
LAT = 81.0793N LNG = -6. 2522W LITER = 30. LGER = 30. LAT = 81.1907N LNG =_ -7.1563W LTER = 30. LGER = 30.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.QO SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.49 -1.49 33.53 26.98 107.1 0.000 1440.3 O20 Ome tO no OO? 96.G 9.000 1440.2
5.0 -1.49 -1.49 933.53 24698 107.0 0.005 1440.4 eh Ol oils: oil key SER Sete, 96.0 90.005 1440.3
5.1 -1.49 -1.49 33.53 26.98 107.0 0.006 1440.4 Ne Ue eerie, meek) eRe yh | eaten (hry 96.0 9.005 1440.3
10.0 =1.51 “1.51 9330.56 27.00 104.5 0.011 1440.4 10.0 -1.60 -1.60 .33.79 27.20 86.2 90.010 1440.3
15.0 -1.54 -1.54 33.68 27.10 94.8 0.016 1440.6 15.0 -1.66 -1.66 34.06 27.41 65.8 0.013 1440.5
20205 —1 50 1958 33. 75 27-216 89.5 0.020 1440.7. 20.0 -1:47 -1.467 34.10 27.45 62.4 9.017 1440.6
29.0 —1.550 —=1.50 -34.01 27:37 69.6 0.025 1441.4 25.0 -1.466 -1.66 34.20 27.3593 94.8 0.020 1440.9
30.0 -1.45 -1.45 34.20 27. 52 95.2 0.028 1441.9 3020 = 1 G9 be 69 eA ee etn 7, 51.9 0.022 1440.9
35.0 -1.00 -1.00 34.27 27.56 591.5 0.030 1444.2 B00 SI OO Boon got wee resend 48.9 0.025 1441.2
40.0 -0.735 -0.75 34.38 27.64 44.0 0.033 1445.4 40.0 1.62 —-1.42 34.32 27.62 43.6 0.027 1441.5
45.0 -0.13 -0.13 34.46 27.68 40.4 0.035 1446.7 45.0 -1.64 -1.64 34.33 27.63 43.90 0.029 1441.5
‘ 50.0 “aie Glog Ol) 634. 34 5/4 44.2 90.032 1441.7
Dog N ie og eee ln eA 7) ey Oo 41.6 0.034 1441.9
60.0 7 —15 59.5 1 709 $a4538 27267 41.2 0.036 1442.1
69.0 —1P59e —-1259 “G4,40 (27.68 3°.5 0.038 1442.2
TASER) EN Peak ee EVO) ML, (ole 98.97 0.040 1442.2
Chek OP il sh UE CR eh, Sid w CAL (aks: 40.3 0.042 1442.8
8050) —tee23 8 =) 25 934298 42766 41.5 0.044 1444.0
85.0 -1.12 -1.12 34.43 27.70 38.4 0.046 1444.7
90.07 -G.90 | -0.90 34.46 27.71 37.4 0.048 1445.9
95.0 -0.467 -0.68 34.48 27.72 36.2 0.050 1447.1
100.0 -0.36 -0.38 34.48 27.70 38.G 90.052 1448.5
110.0 0. 38 0.38 34.56 27.73 39.9% 0.0535 1452.2
120. O 0. 94 0.94 34.60 27.73 36.2 90.059 1455.90
130. 0 1. 38 POZ (G4 271 27.579 30.7 0.062 1457.3
140.0 1.54 1.56 34.74 27.80 27.8 90.066 1458.3
150, 0 1.75 1.74 34.78 27.82 28.1 Q0.068 1439.4
: 160. O 1.81 1.80 34.81 27.83 26.7 0.071 1459.8
170. 0 2.09 2.08 34.85 27.84 26.9 0.074 1461.3
180. 0 2.19 2.18 34.87 27.86 24.7 0.074 1461.9
190. Q 2.17 2.16 34.89 27.87 23.6 0.079 1462.0
200. 0 2.10 2.09 34.88 27.86 24.0 0.081 1461.8
210.0 2. 00 1.99 34.88 27.87 23.9 90.084 1461.6
220. 0 2.Q1 1.99 34.88 27.88 22.7 0.0846 1461.8
230.0 2.01 2.00 34 89 27.88 22.5 90.088 1462.0
240. 0 2.03 2.02 34.897 27.88 22.5 9.091 1462.2
250. 0 2. 00 LASS 834 707 Zine O2093 146252
240. O AS 1.95 34.90 27.90 21.2 90.095 1462.3
270. 0 1. 86 1.84 34.91 27.971 17.8 0.097 1462.0
280. 0 1. 81 1.80 34.90 27.90 20.4 90.099 1461.9
270. 0 1.78 1.76 34.90 27.91 19 JOSIOTS St4627,0
300. 0 ia thee 1.75 34.90 27.971 197.6 90.103 1462.1
310.0 1.73 1a soa ww) erase 18.9 0.105 1462.1
320.0 LZ Lola a1 ceva 18.8 0.107 1462.2
322.8 be 2S) 1) 71 §84592 (273493 18.2 0.107 1462.3
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
do ede a) 30 <] 3 33 34 3p 36
(DEG C)
: 0
100
200
(M)}
300
400
MiZEX=8S Leia mil
| 6-29-83
500
(SIGMA-T) 23 24 25 26 27 28
ppt
(PPT) 28 30 <b 32 35 34 eh 36
(DEG C) ot -1 0 1 5) 4 5 6
I
200
(M)
oat
6 bs) Or
400
| MIZEX-83 12 1
| 7- 1-83
it
500
MIZEX-83 STATION 13(1) CTD 1/JUL/1983 1635 GMT CODE = 1 MIZEX-83 STATION 14(1) CTD 2/JUL/1983 1127 GMT CODE =
LAT = 81. 4500N LNG = -7. 1400W LTER = 150. LGER = 150. LAT = 81. 2005N Gon = -7.3418W LTER = 30. LGER =
AIR TEMP = Q.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED =
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.64 -1.64 34.32 27.42 45.7 0.000 1440.7 ents) ailiey/ Sib Ge <HEtER) eae eel 81.7 0.000 1440.4
4.2 -1.64 -1.64 34.32 27.62 45.6 0.002 1440.8 9 —1. 5% —-1l297 ©3355 653 227. 24 81.7 0.002 1440.4
5.0 -1.64 -1.64 34.25 27.57 Si.1 0.002 1440.7 sefter sloveyk coy fopt epe tees earl eke 80.1 90.004 1440.3
10.0 <-1.61 -1.62 34.21 27.53 $4.4 0.005 1440.9 10,0 —-1562) =—1,62" 323593 527,21 73.8 0.008 1440.4
15.0 -1.41 -1.41 34.32 27.61 446.6 90.008 1442.0 15,07 =f 45) 1065 334) 07) 242 64.9 0.012 1440.6
20,0 -—1.394 -1.34 34.31 27.60 47.5 0.010 1442.4 20.0 -t.68 —1.68 34:16, 27.49 56.0 “0:.015 7) §44007
29.0 =1218 j=1. 18) 34.339 27,61 46.4 0.012 1443.3 20) 1601 OO ee 4e tO. eeyonoL 96.0 90.018 1440.8
30.0 -1.08 -1.08 34.35 27.63 45.2 0.015 1443.9 30.0 -1.68 -1.68 34.22 27.354 $3.5 0.020 1440.9
£hs) Op ee Soke) SR) ERG NEE RAS 45.1 0.017 1444.2 33/0) —15685" 156955 S42 27-0272 00 49.4 0.023 1441.1
40.0 -0.73 -0.73 34.46 27.71 37.7 ©0.019 1443.9 40.0 -1.63 -1.63 34.31 27.641 46.3 0.023 1441.3
45.0 -0.51 -0.51 34.47 27.71 37.9 Q.Q021 1447.0 45.0 -1.62 -1.62 34.32 27.62 435.5 0.028 1441.5
50.90 -0.28 -0.29 34.31 27.73 35.9 0.023 1448.1 50.0 -1.58 -1.58 34.37 27.66 42.0 0.030 1441.9
poh (ep Cte hye Co owe Serb year hn File 34.3 0.025 1448.8 S90, ots Copel oO 4a see nO 40.2 0.032 1442.3
60.0 -0.14 -0.14 34.54 27.75 34.0 0.025 1449.0 60.0 -1.32 -1.52 34.41 27.69 38.9 9.034 1442.4
65.0 -0.12 -0.12 34.54 27.74 34.3 0.028 1449.2 63.0 -1.57 -1.57 34.41 27.69 38.6 0.036 1442.3
70.0 -0.08 -0.08 34.55 27.73 33.6 0.030 1449.5 7O.9 -1.54 -1.95 34.43 27.71 37.1 0.038 1442.3
78.0 -0.05 -0.05 34.56 27.75 33.4 0.0931 1449.7 Lo20 te OCe lao 34s 44 ee iene. 36.2 0.040 1442.8
80.9 0.18 0.17 34.61 27.78 30.9 QO:033 1450.97 80.0 3-11.51 -1.31 34.43 27.71 37.1 0.042 1442.8
85.0 QO. 34 0.34 34.62 27.78 30.6 0.035 1451.8 85.0 -1.16 -1.17 34.48 27.74 34.3 0.043 1444.6
90.0 QO. 64 0.63 34.66 27.80 297.3 0.036 1453.2 90700) -O) Gia -O267. O4w oe eta 33.3 0.045 1447.1
95.0 0.92 OCG Teste Ome 7a OL 28.2 0.038 1454.6 93> One -O: 39 O60 Teo Conia 33.8 0.047 1447.5
100. 0 1.16 1.15 34.72 27.81 28.3 0.039 1455.8 100,05 =O) Sil -0) 32> 34494) a7a7s 33.7 0.048 1448.9
110.90 1. 32 131934573) 27-381 28:5 90.042 1496.7 110.0 QO. 34 0.34 34.63 27.79 27.7 0.052 1452.2
120.0 tS 7Ao) 1569 ge o4e Ole e789 23.1 0.0435 1458.7 120.0 OF7 One S446, 27279 29.7 0.093 145474
130. 0 phe As Pe 7B ee s4n ba e7a.e2 24.8 0.047 1459.3 130.0 1.16 LS 34473 27,82 27.68 0.058 1456.3
140. 0 1. 82 1.81 34.84 27.86 24.2 0.050 1459.6 140. 0 1.764 1.735 '34.80 27.83 26.7 0.060 1459.2
150.90 1.86 1589934595) 27.987) 23.4 0.052 1459.9 150.0 1.82 1.81 34.82 27.84 2929 0206359149977
160.0 1.85 1.84 34.87 27.88 22.4 0.054 1460.1 160.0 1.81 1260 S4.G3ea7a60 25-8 0.066 145924
170.0 1.86 1.85 34.87 27.88 22.0 0.0357 1460.3 170.0 Dyn G/B? 1.76 34.83 27.85 24.8 0.068 1459.8
180. 0 1.88 1.87 34.88 27.89 Cahcxey (Oh Olek h AU Refoy (a) 180.0 7S 1.72 34.84 27.86 23,18 #0. G71 1459.8
190. 0 187 1.86 34.88 27.89 21.4 0.061 1460.7 190. 0 1. 68 1.67 34.84 27.87 23.3 0.0732 1439.48
200. 0 oh, GA! 1590) 3342707 (27.90 20.9 Q0.063 1461.0 200.90 Lee 1.70 34.85 27.87 22.9 0.073 1460.1
210.0 iaeo 1.84 34.90 27.71 19.8 0.065 1460.9 210.0 LEZS, a7 345865 27.83 22.2 0.078 1460.4
220.0 179 1.78 34.92 27.92 18.4 0.0467 1460.9 220.0 1a 1.76 34.86 27.88 22.3 0.080 1460.7
230. 0 1.75 1.74 34.92 27.92 1ey255 05069 9 1460),9 230.0 1.96 1.95 34.91 27.970 20. 7 .03082" 1461.28
240.0 1 O71 LJ OPE S41 re 7 aoe 18.2 0.071 1460.9 240.0 12S 129859) 2445 91 20 20.7 0.084 1461.9
250.0 1.69 1.67 34.92 27.93 Wheel AOR Bes) AN ROR Ne 250.0 Le 1.92 34.970 27.970 21.0 9.086 1462.90
260. 0 1. 60 199 eS oe 27,74 17.1 0.Q74 1460.7 260. 0 1. 82 1.81 34.89 27.90 20.8 0.088 1461.4
270.0 1.43 1.41 34.971 27.94 16.7 0.076 1460.1 270.90 1. 8Q 1.78 24.971. 27.91 19: & FOLOFO, Si AGT /
280. 0 1. 30 Te Se 4 FAS 27S Lae eee ON Oi ee 49 ae 280. O re pa eh ers oe Fea re 191 On O92 at aAGins:
290. 0 Tes 1.18 34.90 27.94 15.1 0.079 1459.4 290.0 1.76 1.75 34.91 27.92 19.2 0.094 1461.9
300. 0 1.74 1.72 34.92 27.92 18.5 0.096 1461.9
319.90 64 1.66 34.91 27.92 18256, 50, O°S) ST461.3
320.0 1. 64 1.62 34.92 27.94 1% 3 OF 1600 146159
330. 0 1.463 1.41 34.92 27.974 17.2 0.102 1462.9
340.0 1.62 1.60 34,92 27274 1609) “OVTOS ee IAGe wt
350. O ale ax) ol 342925 27595 16.5 0.1035 1461.9
340. O 1.47 1.45 34.92 27.99 16.1 9.107 1461.8
370. 0 1, 42 1.41 34.92 27.96 1956 ORLOS, s1461297
380. 0 te 37 bakes SRN earl Whe} LON 1 OREO RET 4G 17
3979. O 1. 32 1.90 34.92 27.96 15.5 0.111 1461.64
400. 0 1. 28 ay ELE ea er k=) 14.9" (O07 113 FI4G17G
410.0 1.23 1.23 34.92 27.97 14.6 0.115 1461.6
419.3 1.25 1.22) S4593 7 27597 133578 OF Li See AGG
DEPTH Ue iee, SALIN DEPTH TRS Let SALIN
(DEG
(SIGMA-T) 23 24 25 26 ra) 28
100
200
(M)
300
T S Or
400
MIZEX-83 ine]
7- 1-83
500
(SIGMA-T} 23 24 25 26 27 28
Pep
(PPT) 29 30 31 32 33 34 35 36
(DEG C) 92 0 1 2 3 4 5 6
100
200
(M)
300
400
T S Or
MIZEX-83 14 -1
T- 2-83
500
MIZEX-83 STATION 15(1) CTD 2/JUL/1983 2222 GMT CODE = 1 MIZEX-83 STATION 16(1) CTD 2/JUL/1983 2320 GMT CODE = i
LAT = 81.4567N LNG = —-7. 4200W LTER = 150. LGER = 190. LAT = 81. 4300N LNG =_ -5. 7800W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = Q.Q0 SPEED = 0.0 AIR TEMP = 0. @ BAROM = 0.0 WIND = G.Q SPEED = 0.90
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.46 -1.46 34.09 27.43 64.2 9.000 1441.2 0.0 -1.70 -1.70 34.08 27.43 64.3 0.000 1440.1
3.0 -1.46 -1.46 34.09 27.43 64.2 0.003 1441.3 17s ad Oe a O 408 aiuto 64.2 0.001 1440.1
S.1 -1.46 -1.46 34.09 27.43 64.2 0.003 1441.3 D/O =i ee lz 834505 e740 66.4 0.003 1440.0
10.0 -1.42 -1.42 34.20 27.52 99.7 0.006 1441.7 10.0 -1.72 -1.72 34.07 27.42 64.9 Q.007 1440.1
15.0 -1.29 -1.29 34.23 27.54 93.6 090.009 1442.5 15,.0) 1772) S172 409 Ser 44 63.1 0.010 1440.3
20.0 -1.01 -1.01 34.24 27.54 94.0 0.012 1443.9 20.0 -1.72 -1.72 34.12 27.46 61.1 0.013 1440.4
25.0 -0.81 -0.81 34.32 27.59 48.4 0.014 1445.0 29.0. 1.725 -1. 72 Basil 27.46 61.3 0.016 1440.3
30.0 -0.78 -0.78 34.34 27.61 47.3 0.017 1445.3 3050 9) ce ae Oe Se TA, 60.3 90.019 1440.6
theytol Tier yh Siok ral Kee) eet pl 46.6 0.019 1445.7 39.0 =10 739 —1.73 "34° 14 27.48 5?.2 0.022 1440.6
40.0 -0.32 -0.32 34.40 27.64 44.0 90.021 1447.7 4050" Isai tS S429 —27549 58.1 0.025 1440.7
45.0 -0.04 -0.04 34.47 27.68 40.5 0.024 1449.1 45.0 -1.74 -1.74 34.16 27.350 37.3 0.028 1440.8
30.0 0.19 0.19 34.52 27.71 37.8 0.026 1450.3 20,0 =1°73@ —1. 73) 324.96 27-50 37.3 0.031 1440.9
35.0 0. 36 0.56 34.59 27.74 34.6 0.027 1452.2 29,0 (172) —-1. 72 S84 ,19 27. $2 54.9 0.034 1441.1
60. Q 0.66 0.46 34.62 27.76 32.3 0.029 1452.8 6050 Bite. pee lst Ot te ROO 31.5 0.036 1441.2
65.0 0. 83 0.83 34.65 27.78 31.4 0.031 1453.7 63.0 -1.62 -1.62 34.39 § 27.65 43.2 0.039 1441.9
70.0 1.00 0.99 34.69 27.80 29.2 0.032 1454.6 FO5 0) (=1e 0G ln O44 ee 7 OF 43.9 0.041 1442.3
73.90 1.14 1.19 34.75 27.83 26.0 0.034 1455.3 (Oe ee) Sa | DA et eC 42.79 0.043 1442.4
80. Q 1. 27 1.27 34.77 27.84 25.3 0.035 1456.1 80:0) =13 49% —1.49 394.38 (27567 41.1 0.045 1442.9
85.90 1.33 1.33 34.76 27.983 26.4 0.036 1456.4 shoy (Oh wk ety ihe ehy ERR ak elo ey 38.7 90.047 1443.3
90.0 1.35 1.33 34.77 27.84 25.8 0.038 1456.6 SOS ON O59 7a O89 me ON mee Lenin 36.2 0.049 1445.6
93.0 1.435 1.44 34.80 27.85 24.4 0.039 1437.1 25) ONS—O2 60 FO) Ota 4a te caer SSNS" SOF OST 144741
100. 0 1.91 1.351 934.81 27.85 24.2 0.040 1457.5 100505 -—O7 268 —OF 2975354505) 27276 32.5 0.053 1449.0
110.0 1.54 1.54 394.81 27.85 24.3 0.042 1457.8 110.0 0. 56 Q7335) 9343765 3 2fa77 30.0 0.056 1453.2
120.0 1. 64 1.64 34.84 27.87 22.6 0.045 1458.5 120. 0 9.83 0.83 34.68 27.80 27.5 0.059 1454.6
130. 0 1. 64 1.639 34.84 27.87 22.3 0.047 1458.6 130. 0 0:93 0.95 34.72 27.82 27.G 0.062 1455.4
140.9 1.72 1.71 934.86 27.88 21.7 9.049 1459.1 140.90 1. 54 1553 34 81 27.83 24.6 0.064 1458.3
150.0 1.72 1.71 34.86 27.88 21.8 0.052 1459.3 150. 0 1. 68 1.68 34.81 27.85 2on1) (ChO0G72 "145971
160.0 eee | 1.70 34.86 27.88 21.8 0.054 1459.4 160. 0 2. 00 2.900 34.87 27.87 23.5 0.069 1460.7
170.0 1.73 1.72 34.88 27.970 20.4 0.056 1459.7 170. 0 2.01 2.00 34.87 27.87 23.2 0.072 1461.0
180. 0 oh 7A 1.70 34.89 27.91 1958 OSC SSR a 45725 180. O 1.96 1.75 34.86 27.86 23.9 Q0.074 1460.9
190.9 1.67 1.66 34.90 27.91 17.0 0.060 1459.8 1970.0 1.93 1.94 34.90 27.90 20.5 0.076 1441.0
200. O 1.58 1.57 34.90 27.93 17.9 0.062 1459.6 200. 0 1.99 1.98 34.89 27.89 21.7 0.078 1461.4
210.0 1.56 1.55 34.90 27.93 17.8 0.064 1459.6 210.90 1.96 T9395 942 Fle ein 7 O 20.5 0.081 1461.5
220. Q 1.53 1.52 34.91 27.94 I7ZnO POs OGSe Lao 92 7, 220. 0 hrs 1573 A Lee 7a 20.7 0.083 1461.8
230.0 1. Si 1.49 34.90 27.93 17.2 0.067 1459.8 230.0 2.00 tA CR EIT A8) 20.3 0.085 1462.0
240. 0 1.44 1.439 34.90 27.93 17.2 0.069 1459.6 240. 0 2.03 2.02. 44.93 S271 19.4 0.087 1462.3
2350.0 1. 40 1.38 34.91 27.94 16.4 90.071 1459.6 250.0 2. 04 2.03 34.94 27.92 19.2 0.089 1462.5
260. 0 1.38 1.36 34.91 27.94 Kee eo, lor Coefed” a teh 04 260. 0 oh, Sas pia cae ® er ee 928. IPRS ee OnOF tee lLaSlas
270.90 1.31 1.30 34.971 27.95 15.5 0.074 1459.6 270.0 1.93 1.971 34.93 27.92 19.1 0.099 1462.3
280.0 1.29 1.28 34.971 27.96 15.2 0.075 1459.6 280. O 1289 1.88 34.94 27.93 18.2 0.095 1462.3
290. O Lae 7. 1.26 ._ 34.90 27.95 LOSOEP OO 77am lt rams 2970. 0 1.88 1D S7e SAR See 4 17.3 0.096 1462.3
300. 0 1.21 Ler 734 a7 O mee cng ot 15.7 0.079 1459.6 300. 0 1.83 1.84 34.94 27.94 17.6 0.098 1462.5
303. 9 1. 84 1.82 34.94 27.974 1726 O27 O99 5 st 46255
DEPTH Temes SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
[PR Tee29 30 31 32 33 34 Se 36
(OEG C) -
OE 0
100
200
(M)
300
T S) Or
400
MIZEX-83 15 -1
7- 2-83
500
(SIGMA-T) 23 24 25 26 27 28
: SE SS SS Se Se Se
(PPT) 29 30 31 32 oie 34 35 36
-—t th ttt tH aI a
(DEG C) ot -1 fa] 1 ie 3 4 5 6
100
200
(M)
300
T S Or
400
MiZex 8s Mer ol
{
| 7- 2-83
$00
MIZEX-83 STATION i17(1) CTD 3/JUL/1983 4 GMT CODE = 1 MIZEX-83 STATION 18(1) CTD 3/ JUL /1983 49 GMT CODE = 1
LAT = 61. 1800N Bae =i: eee LTER = 150. LGER = 150. LAT = 81. Q900N LNG =_ -5. (Ee LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = .O WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.50 -1.50 33.12 26.64 138.8 0.000 1439.7 0.0 -1.25 -1.25 33.42 26.88 116.3 ##### 1441.93
1.9 -1.50 -1.50 33.12 26.64 138.8 0.003 1439.7 5.0 -1.25 -1.25 33.42 26.88 116 2 ##HHH 1441.4
5.0 -1.49 -1.49 33.12 26.64 138.7 0.007 1439.8 0.0 -1.25 -1.25 339.42 26.88 116.3) #iH#e## 1441.3
10.0 -1.47 -1.47 33.22 2673 130.4 0.014 1440.2 10. 0
15.0 ~-1.50 -1.50 233.61 27.04 100.6 0.020 1440.6 15.0
AOR GR CE ey ceil whe SRR ree spear is aN 86.9 0.024 1440.7 16.1 -1.25 -1.25 33.42 26.88 116 2 ##### 1441.5
eI oh a7 ot AGE 3.95 Fare de 74.7 0.029 1441.3 . 20.0 -1.12 -1.12 9393.48 26.939 111.3 ##### 1442.93
30.0 —-1.47 —1. 47.34.08 27.42 64.4 0.032 1441.7 25.0 1.08 1.08 34.28 27.46 61.4 HHH 1453.6
35.0 -1.34 -1.94 34.24 27.55 92.6 0.035 1442.6 30. 0 1.00 1.00 34.52 27.66 42.7 settee 1453.6
40.0 -1.08 -1.08 34.29 27.58 49.3 0.038 1444.0 35. 0 Only O17 34.50 27269 39.2 wxHeHH 1449.9
49.0 -0.32 -0.32 34:31 27.357 51.1 0.040 1447.6 490.0 -0.02 -0.02 34.45 27. 67 41.6 ####e 1449 1
9050 —-O730 —-0.30 34.39 27.63 45.1 0.043 1447.9 45.0 -0.47 -0.48 34.53 27.75 33.3 sett 1447.2
99.0 0. 49 0.49 34.44 27.63 45.2 90.045 1451.7 90.0 -0.22 -0.22 34.60 27.79 29.5 ##HtH 1448.5
60. O 129 1.18 34.61 27.72 36.7 0.047 1435.1 33.0 0. 22 0.22 34.63 27.80 29.3 ##H#etH 1450. 7
65. 0 1.65 1.65 34.73 27.78 31.2 0.049 1457.4 60.90 0.735 0.75 34.73 27.84 25.2 H#####% 1459.3
70. Q 1.78 1.78 34.74 27.80 29.53 0.050 1458.1 65.0 0.93 0.93 34.73 27.83 26.4 #H#tHHH 1454.2
735. 0 1. 92 1.92 34.80 27. 82 27.8 0.052 1456.9 790.9 1.13 1.14 34.79 27.86 23.1 w####% 1455.3
80.0 1. 68 1.68 34.78 27.82 27.4 0.0539 1457.9 73.0 1.45 1.44 34.74 27.81 26.4 HHH 1456. 7
89.0 1. 80 1.80 934.79 27.82 27.8 0.054 1458.5 80.0 1. 20 1.19 34.75 27.83 26.5 ####tH 1455. 7
90.0 1.88 1.87 34.82 27.83 26.2 90.056 1459.0 85.0 1. 37 1.36 34.76 27.83 26.5 HHH 1456. 5
93.0 2.00 1.99 34.84 27.985 25.0 0.057 1459.6 90.90 10 1.52 34.77 27.82 27.1 HHH 1457.4
100.90 2.13 2.13 34.87 27.86 24.1 0.058 1460.3 935. 0 LO? 1.69 34.83 27.86 24.1 #H##eH#e 1458.2
110.0 2.18 2.17 34.89 27.87 22.8 0.061 1460.7 100. 0 1. 87 1.87 34.85 27.86 23.7 weHHe 1459. 1
120.0 2.24 2.23 34.91 27.88 22.3 0.063 1461.2 110.90 1.94 1.976 34.85 27.85 24.7 HHH 1459.7
130. 0 2.28 2.27 34.91 27.88 22.5 0.065 1461.5 120.0 2.07 2.07 34.86 27.85 24.8 #HeHHHt 1460.4
140. 0 2.22 2.21 34.91 27.88 22.3 0.067 1461.4 130. 0 2.09 2.08 34.88 27.87 23.Q ##t## 1460.6
150. 0 2.15 2.14 34.91 27.89 2iy7 70,070 146r73 140. 0 2.14 2.13 34.90 27.88 22.3 #H##H#H#H# 1461.0
160.:'0 2.13 Sale Bote ee. Oe 21.1 0.072 1461.4 1590. 0 emlg CALS) S4.91 27457. 21.7 ##H#+# 1461.4
170.90 2.13 2.12 34.92 27.90 20.4 0.074 1461.5 160. 0 2.17 2.16 34.91 27.89 21.7 ###tHH# 1461.5
180. 0 2.18 217 ~34-94 “27-91 19.3 0.076 1462.0 170.0 2.19 2.18 34.92 27.89 21.9 ##### 1461.8
190.90 2.15 2.14 34.94 27.91 19.8 0.078 1462.0 180. 0 2.19 2.18 34.93 27.90 20.5 #####3% 1462.0
200. O 2.193 2.12 34.94 27.91 19.4 0.080 1462.1 190. 0 2.23 2a S4.593 4227590 20.7 #H###% 1462.93
210.0 2.08 2.07 34.974 27.92 19.1 0.082 1462.0 200. 0 2.13 2.14 34.94 27.971 19.9 H##34+ 1462. 1
220.0 2.00 1.978 34.94 27.92 18.6 0.084 1441.8 210.0 2.10 2.09 34.94 27.71 19.G *####* 1462. 1
230. 0 Ue TATA 1.96 34.93 27.92 19.0 0.086 1461.8 220.0 2.07 2.06 34.94 (27.91 19.4 #444 1462.1
240.0 1.96 1.94 34.94 27.93 17.8 9.088 1462.90 230.0 2.06 2.05 34.94 27.92 186.7 ##### 1462.3
250. 0 ered 196° (34.959 “27.93 17.7 0.089 1462.2 240. 0 2.07 2.05 34.95 27.93 18.1 ####% 1462.5
260. 0 Leave, 1.96 34.95 27.93 17.8 0.091 1462.4 250.0 2.03 2.02 34.94 27.92 18.8 #####, 1462.5
270.0 ih. SAS) 1.95 9394.96 27.94 16.8 0.093 1462.5 260.0 1.99 1.93 34.94 27.93 18.1 ####% 1462.2
280. 0 Lea 7 1.95 34.96 27.94 16.9 0.095 1462.7 270.0 1. 92 1.91 34.95 27.94 17.1 ####2# 1462.3
2970. O 199 Lert eet oO) e774 16.9 0.096 1463.0 280. 0 1.94 P93) S4596) (27595 16.5 ##H### 1462.6
300.0 191 1.89 34.96 27.95 16.2 0.098 1462.8 270.0 1.92 1.90 34.976 27.94 16.7 #HHHH 1462.7
301.7 1.9790 1.88 34.96 27.4 16.8 0.098 1462.8 300. 0 13.89 1.87 34.96 27.95 16.6 ##### 1462.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 2 28
(PPT) 29 30 31 32 33 34 35 36
a
(DEG C) = - 0 4 5 6
100
200
(M4)
300
T S Or
400
MIZEX-83 17 -1
7- 3-83
500
(SIGMA-T) 23 24 25 26 27 28
| ee eR pe Eh
(PPT) 29 30 31 32 33 34 35 36
a
(DEG C1 = -1 0 3 4 5 6
100
200
(M)
300
T 5 Or
400
id Aly teh) Omi 1
T= 3-83
S00
MIZEX-83 STATION 19(1) CTD 3/JUL/1983 135 GMT CODE = 1 MIZEX-83 STATION 20(1) CTD 3/JUL/1983 215 GMT CODE = 1
LAT = 81.0900N LNG =_ -6. SOOOW LTER = 150. LGER = 150. LAT = 81.0900N LNG = -7.1500W LTER = 130. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.90 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.57 -1.57 33.22 26.72 131.0 90.000 1439.5 O70) 163 441.563 Se3R39 726487 a7 ats 3ONOCG Sat 4a7 2S
109 157° 1557 83922 826072 190.9 (0.003 =14a925 449 1.769 321163) (9363? (26487 i721 node i4a72
OO Moe 1S) 130. 20 926.571 Bilal. fO..007 14976 9.90 -1.60 -1.60 33.35 26.84 120.4 90.006 1439.6
10.0 —-1.53 -1.53 393.31 26980 123.6 0.013 1440.0 10.0 -1.56 -1.56 933.57 27.01 103.9 90.012 1440.2
1550 So —-lo2 152) 939.68 —27. 10 95.39 0.019 1440.6 10 eel foo Nw e109 6a 45Go age? 107 97.6 9.017 1440.3
20.0 -1.48 -1.48 33.95 27.32 74.2 0.023 1441.3 . 2070) Noy a1 0s Se es elo 89.6 9.021 1440.6
exeyle) Noihce) Talc) «hot eae: 63.0 0.026 1442.3 25.0 -1.56 -1.56 34.03 27.38 68.4 0.025 1441.1
30.0 -0.83 -0.83 34.29 27.57 90.7 0.029 1445.0 BONO) IOV (1 (OL 3427 set ay, $1.0 0.028 1444.1
35.0 -0.84 -0.84 34.34 27.61 46.8 0.032 1445.1 35.0 -0.96 -0.96° 34.34 27.62 46.2 0.031 1444.5
40.0 -0.78 -0.78 34.38 27.64 44.1 0.034 1445.53 40.90 -1.21 -1.21 34.40 27.68 40.3 0.033 1443.5
45.0 -0.47 -0.47 34.59 27.80 29.2 0.036 1447.3 45.0 -1.24 -1.2 34.41 27. 68 40.1 0.035 1443.5
90.0 QO. 14 0.14 34.357 27.75 33.8 0.037 1450.2 D040 los e137 FGA 346 G27 573 35.6 90.037 1443.0
99. 0 0. 38 0.38 34.62 27.78 30.8 0.039 1451.4 cok (em Gop tee) “Caboxcieh cre Creep | 2474, Aes 36.7 0.039 1443.3
60.0 QO. 67 0.67 34.64 27.78 31.4 0.041 1452.8 6040 9410 SOR Bat Sls 94 24S ie ao 33.6 0.041 1443.5
43. 0 1.21 1.20 34.70 27.79 30.4 0.042 1455.4 69.0 st590° 41480, (S447 (27 274 34.6 0.042 1443.64
70.0 1.48 1.48 34.75 27.81 28.4 0.044 1456.8 70.0 SI1e S114 “34552 Ger ere 31.6 0.044 1444.3
75.0 1.60 1.60 34.75 27.80 28.9 0.045 1437.4 75.0 -O0.57 -0.57 34.54 27.76 32.4 0.046 1447.3
80.0 1. 60 1.60 34.77 27.81 27.9 0.047 1457.3 80.0 -0.12 -0.12 34.64 27.82 26.6 0.047 1449.6
85.0 1.65 1.65 34.79 27.83 26.3 0.048 1457.8 85.0 0. 44 0.44 34.71 27.85 24.8 90.048 1452.3
90. O 1.88 1.886 34.82 27.83 26.2 0.049 1459.0 90.90 0. 78 0.78 34.70 27.82 27.3 0.050 1433.9
95.0 1.87 1.87 34.81 27.83 26.7 90.051 1459.90 95.0 0.99 0.98 34.79 27.88 21.9 0.051 1495.0
100. 0 1.78 1.78 34.81 27.83 26.2 0.052 1458.7 100. O 1S 1.19 34.74 27.83 26.8 0.052 1456.0
110.0 1.86 1.86 34.83 27.85 29.2 0.055 1459.2 1190.90 1. 57 1.56 34.77 27.83 26.3 0.055 1457.9
120. 0 er ze | 1.93 34.85 27.86 24.2 0.057 1459.8 120. 0 azo 1.78 34.80 27.83 26.7 0.058 1459.0
130.0 2.05 2.04 34.88 27.87 22.9 0.059 1460.5 130.0 1.92 1.92 34.84 27.85 23.2 0.060 1459.9
140. 0 2.14 2.13 34.89 27.87 22.9 0.062 1441.0 140. 0 1.94 1.93 34.84 27.85 25.2 0.063 1460.1
150. 0 2.22 2.21 34.971 27.88 22.3 0.064 1461.6 150. 0 1.96 1.95 34.85 27.86 24.2 90.065 1460.4
160.'0 2.27 2.26 34.92 27.89 21.7 0.066 1462.0 160.0 2.11 2.10 34.88 27.87 23.5 0.068 1461.2
170. 0 2.25 2.24 34.972 27.89 21.4 0.068 1462.0 170.9 2.23 2.22 34.89 27.87 23.3 0.070 1461.9
180. 0 2.28 2.27 34.92 27.89 21.7 0.071 1462.4 180. 0 2.28 2.27 34.92 27.89 22.0 90.072 1462.4
190. 0 2. 24 2.23 34.974 27.90 20.5 @.073 1462. 4 190. 0 2.34 2.32 34.93 27.89 21.6 0.075 1462.8
200. O 2.14 2.139 34.93 27.90 20.4 0.075 1462.1 200. 0 2. 30 2.298 44.93 27589 21.4 0.077 1462.8
210.0 2.19 218° S495 27.51 19.3 0.077 1462.5 210.0 2.28 2.27 34.94 27.90 20.8 0.079 1462.9
220.90 2.17 2.16 34.95 27.91 Loa (OS O79 1462.6 220. 0 2.26 2.23 34.93 27.89 21.3 0.081 1463.0
230.0 2.12 2.10 34.94 27.%2 19.3 0.081 1462. 5 230.0 2.16 2.14 34.92 27.970 21.2 0.083 1462.7
240.0 2.08 2.06 34.95 27.92 18.4 0.083 1462.5 240.0 2.12 2.11 34.93 27.971 roe 0.085 1462.7
250. 0 2.08 2.07 34.95 27.93 18.4 0.085 1462.7 250. O 2.10 2.09 34.93 27.91 19. 0.087 1462.8
260. O 2.12 2. 117 "34,96 27:93 18.2 0.086 1463.0 260. O 2. O02 2.00 34.95 27.93 18.2 0.089 1462.6
270.0 2.11 2.10 34.96 27.93 17.8 0.088 1463.2 2790.0 es Ay 1.98 34.93 27.92 19.2 0.091 1462.6
280. O 2.09 2.08 34.96 27.93 17.9% 0.090 1463.3 280. O 192 1.94 34.93 27.92 19.1 0.09939 1462.6
290.0 2.01 2.00 34.96 27.94 17.1 0.092 1463.1 290.0 198 1.96 34.94 27.93 18.3 0095 1462.9
300. O 2.06 2.04 34.96 27.94 17.4 0.094 1463.4 300. O 1.89 1.87 34.93 27.93 18.5 0.097 1462.6
302. 7 2.07 OS tel 7 eet 17.1 0.094 1463.5 304. 7 dents o 1.779 34.94 27.94 17.3 90.098 1462.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 31 3 33 34 35 36
(DEG C) -2 -1 0 1 2 3 4 5 6
=
200
(M)
300
T S Or
400
MIZEX-83 19 -1
7- 3-83
500
(SIGMA-T) 23 24 25 26 27 28
ee eee ef ee eee
(PPT) 29 30 31 32 33 34 35 36
hope tind es cet bled a SS RY a ad A HS
(EG C) : Bop nt ett a 1 2 3 4 5 5
M) = ||
" T 5 Cr
MIZEX-83 20 -1
7- 3-83
MIZEX-83 STATION 21(1) CTD 3/JUL/1983 320 GMT CODE = i MIZEX-83 STATION 22(1) CTD 3/JUL/1983 622 GMT CODE = 1
LAT = 81. OS8OON LNG =_ —-7. 8900W LTER = 150. LGER = 150. LAT = 81. 4400N LNG =_ —-9. OOOOW LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
ONOR 107 mele 07 Boo oA mesa L 75.1 0.000 1440.4 OF 03 1h Ome le Oot haem ce 61.2 90.000 1440.2
Olen? ee? Bee? 4 ee 7) 75.1 O.Q04 1440.5 19 Vales -1.70 34.12 27.46 461.1 0.001 1440.2
ech Skee lbh? “CRUCLS “eis eh 75.1 0.007 1440.6 20 17.0 ee 17 Om S47 Ome aa 66.1 0.003 1440.1
LOOP On 17 ee 1? eee 4 7 ae 74.6 0.008 1440.6 LOO > esl a te Tee S48 05 Sea 7 eat 66.2 0.007 1440.2
Lon Ome tO? me 1 Go soa 2 ee se 46 60.7 0.011 1440.5 1S50 =-1771 =-1271 {34207 27242 64.8 0.010 1440.3
ZOO a7 1 e171 Sal 7 eee 72 0 57.2 0.014 1440.5 2050 (172 lee Baal eee a4 60.4 0.013 1440.4
nO mee 13 ea le 4 Bee Je 1 94.5 0.017 1440.5 2050 ~=1472) s1n72 34511 Be7a45 41.8 0.0146 1440.5
309 Ose lie Oe 1 3 sal Se 7 oe 99.5 0.020 1440.64 S050 =1273 -1th79 334714 227248 37.2 0.019 1440.5
35.0 -1.74 -1.74 34.20 27.53 94.2 0.022 1440.7 30 i ee te se ee 60.1 0.022 1440.5
40.0 -1.78 -1.78 34.27 27.58 49.3 0.025 1440. 7. 4050 wth 73. -15 73 Sa4al2 27447. 60.2 9.025 1440.6
Ss Ome lees / ee 17.7 4 eS Be 7aOO 48.1 0.028 1440.8 45,0 peta 76) 1576 BBaal oe e/a 47 60D ee OsGe 1440. 7
30) Ome lie Oe tee Oo 4a eae 46.1 0.030 1441.0 DOLO ia GO le Ome ote ee Tea 98.7 90.031 1440.7
320 gat oe7 O i 170 4 ee 27563 45.1 0.032 1441.4 JonOlt- 1476 8 -1676 834216 ese 49 97.6 90.034 1440.8
60.0 -1.44 -1.44 34.37 27.66 42.2 0.034 1442.7 6050 91556 917396 234723 2/7200 92.4 0.037 1442.0
69.90 -1.23 —-1.23 34.41 27.68 39.8 0.037 1443.8 O35 0 gn lees eo ined BOteol mee teol 47.Q@ 90.039 1443.6
70.0 -1.30 -1.30 34.40 27.68 40.3 0.039 1443.6 70.0 -0.63 -0.63 34.42 27.67 41.1 0.042 14468
73.0 -1.41 —-1.41 34.42 27.70 38.0 0.041 1443.2 73.0 -0.29 -0.29 34.44 27.647 41.5 0.044 1446.4
GOS OR les Tels ants Bese. 35.8 0.042 1444.7 80.0 -0O.11 -Q.12 34.47 — 27.69 39.7 0.046 1449.4
85308-0870 =0O890 G47 46 Baia 1 36.8 0.044 1445.8 85.0 QO. 22 0.22 34.50 27.69 39.2 90.048 1451.90
90.0 -0.86 -0.86 34.49 27.73 35.0 0.046 1446.1 70. 0 0. 46 0.46 34.355 27.71 37.1 0.050 1432.3
935.0 0.36 0.36 34.65 27.80 28.9 0.048 1452.0 935.0 0. 63 0.62 34.36 27.72 37:1 YO, 032 )14953gs1
100. 0 Q. 57 0.37 34.63 27.78 31.4 0.049 1453.9 100.90 0. &3 0.63534, 56 227-71 37.4 0.054 1453.3 :
110.0 0. 84 0.83 34.65 27.78 31.3 0.052 1454.4 110. 0 0. 94 0.94 34.62 27.74 34.9 0.057 1454.8
120. 0 1. 02 1.02 934.69 27.79 30.0 0.055 1499.5 120.9 1. 32 1.391 34.71 27.79 30.4 0.060 1456.8
130. 0 1.28 1.27 34.75 27.82 27.2 0.058 1456.9 130. 0 1. 53 1.52 34.74 27.80 29.7 0.063 1458.0
140.0 1.42 1.42 34.78 27.84 25.8 0.061 1457.7 140. 0 1.70 156705 34577 Bevan at 28.6 0.066 1458.9
150. 0 1. 68 1.68 34.82 27.85 24.7 0.064 1459.1 150. 0 1.81 1.80 34.80 27.82 27,4 © 02069 145976
160.0 179 1.77 34.83 27.85 25.1 0.066 1459.7 160. Q he rel 1.92 34.82 27.84 26.4 0.072 1460.4
170.0 2.04 2.03 34.87 27.87 23.53 0.0469 1461.1 170. 0 2.05 2.04 34.85 27.85 25.2 0.073 1461.1
180. 0 2.09 2.08 34.88 27.87 23.2.0.071 1461.5 180.0 2.12 2.11 34.87 27.86 2451 7 OF077 146176
190.0 2.18 2.17 34.971 27.88 22.1 0.073 1442.1 190. 0 2.16 2.15 34.89 27.87 23.1 0.079 1462.0
200. O 2.18 2.17 34.92 27.89 21.4 0.075 1462.2 200. 0 2.21 2.20 34.970 27.88 22.9 0.082 1462.3
210.0 2.21 2.20 34.92 27.89 21.4 0.078 1462.6 210.0 2.25 2.24 34.91 27.88 22.9? 0.084 1462.7
220.0 2.21 2.20 34.93 27.90 21.2 0.080 1462.7 220. 0 2.25 2.23 34.93 27.89 21.5 0.086 1462.9
230. 0 ae, 2.17 34.93 27.90 20.6 0.082 1462.8 230.90 2.26 2.24 34.93 27.89 21.6 0.089 1463.1
240. 0 2.15 2.139 34.93 27.91 20.2 0.084 1462.8 240. 0 2.26 2.25 34.93 27.89 21.4 0.091 1463.3
250.0 2.14 2.12 34.93 27.91 20.3 0.086 1462.9 250.0 2.28 2.27 34.94 27.970 21.2 90.093 1463.64
260.0 2.10 2.09 34.974 27.971 19.8 0.088 1462.9 260.0 2.28 2.26 34.94 27.90 20.8 90.095 1463.7
270.0 2.09 2.07 34.94 27.92 19.5 0.090 1463.0 270. 0 2.26 2.25 34.94 27.90 20.6 0.097 1463.8
280. 0 2.098 2.07 34.94 27.92 19.5 0.092 1463.2 280. 0 2.24 2.22 34.95 27.92 1926 = ONO99 FP 146s5 9
290. 0 2.05 2.03 34.94 27. %2 19.3 0.094 1463.2 290. 0 2. 21 2.19 34.95 27.91 19.8 0.101 1463.9
300. 0 2.18 2.17 34.95 27.92 197.3 9.103 1464.0
(SIGMA-T) 2 24 2> 7128 2a 28
(PE Diam 23 30 3} 32 33 34 35 36
- 0 2 3 4 6
(DEG C) - )
8)
(M)
100
200
300
400
MUZE X03 Eek paced
7- 3-83
500
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 3 3 3 33 34 35 36
(DEG Cc) - 3 6
(M)
100
200
300
400
MilbZ BX—5S Pap oi
7- 3-83
500
MIZEX-83 STATION 23(1) CTD 3/JUL/1983 709 GMT CODE = 1 MIZEX-83 STATION 24(1) CTD 3/JUL/1983 749 GMT CODE = 1
LAT = 81. 2100N LNG =_ -8. 9200W LTER = 150. LGER = 150. LAT = 81. 1000N LNG =_ -8. 9200W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = Q.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
O200— 1 Ome 1. Joe Soar? oe Fee 86.9 0.000 1440.4 0.0 -1.66 -1.66 33.93 27.30 73.9 0.000 1440.1
GP CST b I) pee eR eA eee Sl 86.9 0.002 1440.4 1599-1) 6655-175 6622 3357395 27240 73.9 0.002 1440.1
3.0 -1.63 -1.63 33.862 27.22 84.1 0.004 1440.1 Cpl 6688-1) b00e oJ a7o mes ao 76.1 0.004 1440.1
1050 08-15 6950-15 63 2533582 022722 84.3 0.009 1440.2 1050 3-17 67ee—1 767 ee 33a 7S ee 7a 71.4 0.008 1440.3
15.0 -1.64 -1.64 33.86 27.25 81.2 0.013 1440.3 15.0 -1.69 -1.69 934.10 27.493 462.2 0.011 1440.4
BONO@R 1) O/ me) OFM Io 87 / eke aoe: 72.4 0.017 1440.4 20.0 -1.72 -1.72 34.16 27.49 97.8 0.014 1440.3
aoe 2one de CES) Lee 7A AG 61.2 0.020 1440.4 29,0 Y=-17 769-1576" 34520 827,33 94.1 0.017 1440.4
COR (Gh Pi ehe} Goble then eel ote) earh, Ley 98.2 0.023 1440.4 308 On 177K 1 27 7 PS ee aoo 92.8 0.019 1440.5
3 SOME 1) ee Ome lan?) Jad ton ee 7k 96.1 0.026 1440.5 395.0 “-1. 78 -1578 934524 ~27.36 31.5 0.022 1440.5
50 al © Ee GY Ay Ana Wa A Mame L. Pae 6 - a ee [= 33.6 0.029 1440.6 40.0 -1.74 -1.76 34.25 27.37 $0.3 0.025 1440.7
45.0 -1.77 -1.77 34.20 27.33 94.0 0.032 1440.7 43.0 -1.74 -1.74 34.27 27.59 497.0 0.027 1440.9
DONC me ten / lee) 7 Lean one 7a 32.5 0.034 1441.1 50.0 -1.68 -1.68 34.31 27.42 46.0 9.030 1441.4
99.0 -1.63 -1.63 34.26 27.538 49.9 0.037 1441.6 55.0 -1.52 -1.53 34.37 27.66 41.6 0.002 1442.3
GOS ON 197 Fao 1 257 notes e/a 49.1 0.039 1442.0 60.0 -1.904 -1.35 34.40 27.68 40.0 0.034 1443.2
63.0 -1.48 -1.48 34.32 27.62 45.8 0.042 1442.6 63.0 -1.24 -1.24 34.45 27.72 36.53 0.036 1443.9
TAt (9) - avg hee = ose Rah ES Siete Cah ke 44.8 0.044 1444.1 7000 V-ON7 1-0. 7108 34549 27573 35.4 0.038 1446.5
73,078 -0: 7/9) —-0: 78) 34543" (27768 39.8 0.046 1446.2 73.90 -0.352 -0.52 34.50 27.73 35.9 0.039 1447.4
gs0.0 -0.34 -0.34 34.46 27.68 39.8 0.048 1448.3 80.0 -0.18 -0.18 34.50 27.71 37.2 0.041 1449.1
85. 0 0. O2 0.02 34.48 27.68 40.1 0.050 1450.1 85.90 OnLy 0.18 34.56 27.74 34.3 90.043 1451.90
90. 0 0. 80 OF 77 mes 4G la 7 4 34.5 0.052 1453.9 90.0 0. 47 0.47 34.60 27.74 32.8 0.045 1452.4
935.0 1. 07 1.06 34.64 27.73 33.8 0.054 1455.2 93.0 0.73 0.73 34.63 27.76 32.5 0.046 1453.8
100. 0 1.21 1.20 34.65 27.73 33.7 0.056 1455.7 100. 0 0.78 0.78 34.64 27.77 31.9 90.048 1454.0
110.0 1.41 1.40 34.69 27.77 32.3 0.059 1457.0 110.90 0.95 0.94 34.67 27.78 30.9 9.051 1455.0
120.0 1.55 1.54 34.73 27.79 30.6 0 062 1457.9 120. O 1.02 1.01 34.469 27.80 2?.7 90.054 1495.5
130. 0 1.73 1.72 34.77 27.81 28.6 0.065 1458. 9 130. 0 1.15 1.15 34.72 27.81 28.2 0.057 1456.3
140.90 1. 84 1.83 34.80 27.983 27.1 0.068 1459.6 140.90 1.96 1.35 34.77 27.84 26.0 90.060 1457.4
150. O 2.Q1 2.00 34.84 27.84 26.0 0.071 1460.6 150. 0 1. 62 1.61 34.80 27.84 25.4 0.063 1458.8
160.0 2.10 2.09 34.86 27.985 24.8 0.073 1461.2 160. 90 1807. 1.58 34.79 27.84 26.2 90.065 1458.8
170.0 2.13 2.12 34.87 27.86 24.3 0.076 1461.4 170.0 1. 67 1.66 34.82 27.85 24.7 0.068 1459.4
180.0 2.18 2.16 34.89 27.87 23.4 0.078 1461.9 180. 0 1. 4&7 1.646 34.84 27.87 23.4 90.070 1459.6
190. 0 2.18 2.17 34.89 27.87 23.7 0.080 1462.1 190. O 1.71 1.70 34.84 27.87 23.6 0.073 1459.9
200. 0 2.20 2.19 34.89 27.87 23.4 0.083 1462.3 200. 0 Ue Ao, 1.89 34.88 27.88 22.1 90.075 1461.0
210.0 eal 2.18 34.90 27.87 23.1 0.085 1462.5 210.0 as VAL 1.74 34.86 27.88 22.6 90.077 1460.6
220.0 2.20 2.16 34.70 27.88 22.8 0.087 1462.6 220.0 1.72 1.71 34.86 27.88 22.2 0.079 1460.5
230.0 2.23 2.22 34.91 27.88 22.5 0.090 1463.0 230.90 1.75 1.73 34.87 27.89 21.9 90.082 1460.8
240.0 2.26 2.24 34.93 27.89 21.7 0.092 1463.3 240. 0 Nhe Fars 1.78 34.88 27.89 21.5 0.084 1461.2
250. 0 2.23 2.21 34.974 27.90 20.8 0.094 1463.3 250. 0 1. 82 1.80 34.88 27.89 21.3 0.086 1461.4
260. 0 2.23 2.22 34.974 27.90 20.8 0.096 1463.5 260. 0 1. 970 1.89 34.90 27.90 21.0 0.088 1462.0
270.0 2.22 2.21 34.94 27.90 20.6 0.098 1463.6 2790.0 1.90 1.89 34.92 27.91 19.7 90.090 1462.2
280. 0 2.21 2.19 34.935 27.91 20.0 0.100 1463.7 280. O 1. 87 1.85 34.91 27.91 20.2 0.092 1462.2
290.0 2.19 2.18 34.95 27.92 19.7 0.102 1463.8 2990.0 1.85 1283 3459) Seiae 1 19.9 0.094 1462.3
300. O 2.15 2.14 34.95 27.92 19.4 0.104 1463.8 300. 0 1.83 1.82 34.92 27.92 18.9 0.094 1462.4
(SIGMA-T) 2 24 25 26 cae 28
AHan2 3 3 3 33 34 35 36
(DEG C)
a
100
200
(M)
300
400
Mic AOS 2S ae
7- 3-83
$300
(SIGMA-T) 2 24 25 26 27 28
IEP 28 30 3 32 33 34 35 36
100
200
(M)
300
400
Mix 83 24 oni
7- 3-83
500
MIZEX-83 STATION 25(1) CTD 5/JUL/1983 1253 GMT CODE = 1 MIZEX-83 STATION 26(1) CTD 3/JUL/1983 1336 GMT CODE = 1
LAT = 81. 3600N LNG = -6. 6200W LTER = 150. LGER = 150. LAT = 81. 3200N LNG = _ —-6.7900W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYOL DYNHT SOUND
0.0 -1.50 -1.50 33.49 26.95 110.0 ##### 1440.2 0.0 -1.57 -1.57 33.48 26.94 1108 90.000 1439.9
320-1450 1.550 ©93549 26.95 109.9 (eHeee (144003 LAD 1S 70 17 SS FAG 265945 P1056 SO .COe ei AST as
0.0 -1.50 ~-1.50 33.49 26.95 110.0 *#n#ee 1440.2 3.0 -1.58 -1.58 33.56 27.01 104.2 0.006 1440.0
10.0 10.0 -1.59 -1.59 33.56 27.00 104.4 0.011 1440.1
1O59 91 290 1 250 (33749 826095) 10929 (eRERS A400 55 TSO Re 1 7 eee a oe ee oe 87.2 0.016 1440.6
15.0 -1.50 -1.50 33.51 26.97 108.0 ##### 1440.5 20.0 -1.62 -1.62 34.00 27.36 70.2 0.020 1440.7
20.0 -1.52 -1.52 33.66 27.08 96.8 wettest 1440.7 25.0 -1.67 -1.67 34.15 27. 48 38.97 0.023 1440.8
oh weal ee od Se SOON pele 82.6 weet 1440.8 3020 1 69 ae 69 4a pe 7A 598.3 0.026 1440.8
30.0 -1.58 -1.58 34.02 27. 38 68.8 ##tete 1441. 1 ILO) 5) O71 e714 OLB ee 71 56.1 0.029 1440.8
35.0 -1.64 -1.64 34.10 27.45 62.1 ##H#He# 1441.0 ROTO) B= les S em 1 eo 34 S29 Senos. 48.9 0.031 1442.5
40705 9=1560 991.568 934515 27749 59.7 ##t## 1441.0 45.0 -0.62 -0.62 34.50 27.73 35.0 0.033 1446.5
AS TO Wea? S77) 234 neo sa 7 209 48.2 wxH##Ht 1441.8 30.0 -0.30 -0.30 34.47 27.69 39.1 0.035 1448.0
DOO Seale] 119 634 goer e277 161 47.0 HHH 1443.7 93.90 0. O07 0.07 34.47 27.67 41.1 0.037 1449.8
55.0 -1.26 -1.26 34.41 27.68 39.9 wetet 1443.5 60.0 -0.48 -0.48 34.42 27.66 42.0 9.039 1447.3
60.0 -Q.80 -0.80 34.45 27.70 38.5 #wHtet 1445.8 65.0 -0.10 -0.10 34.64 27.82 27.3 0.041 1449.4
65.0 0.18 0.17 34.71 27.86 29.1 #H#### 1450.8 70.90 0. 56 0.36 34.63 27.77 31.6 0.043 1452.5
70.0 0.93 0.93 34.69 27.80 29.9 #ittHt 1454.2 73.0 ORs O79 B34 766 Ger e/a 30.3 0.044 1453.7
73.0 1.13 1.12 34.70 27.79 29.9 weet 1455.2 80.0 1. 20 1.20 34.71 27.80 29.1 0.046 1455.7
80. 0 ite beard 1.58 34.75 27.80 29.1 weet 1457.4 85.0 1.43 1.453 34.73 27.81 27.97? 0.047 1456.9
85.0 1. 60 1399 S4371 7 (27977 31.9 wtee 1457.5 90.9 1.61 1.60 34.76 27.81 28.6 90.049 1457.7
90.0 1.68 1.68 34.74 27.79 30.5 #xH##tt# 1458.0 935.0 1.72 1.71 34.81 27.835 235.1 0.050 1458.3
935. 0 1. 68 1.68 34.75 27.80 29.7 weet 1458.1 100. O 1.92 1.92 34.84 27.85 24.9? 0.051 1459.4
100.0 L374 1.71 34.76 27.80 27.5 wettt 1458.3 119.0 2.16 2.15 34.85 27.84 25.8 0.054 1460.6
110.0 1.72 1.72 34.77 27.81 28.7 w##t## 1458.6 120. 0 2.27 2.26 34.88 27.85 24.9? 0.056 1461.3
120.0 1.70 1.89 34.82 27.893 26.4 HHHHH 1459.6 130. 0 2.14 2.13 34.87 27.86 24.3 90.059 1460.9
130. 0 2.02 2.01 34.82 27.83 26.8 ###H#H 1460.2 140. O 2. 24 2.239 34.90 27.87 22.8 0.061 1461.5
140.0 2.12 2.12 34.84 27.84 26.4 wee 1460.9 150. 0 2. 34 2.33 34.92 27.88 22.6 0.064 1462.1
150.:0 2.23 2.22 34.85 27.83 26.7 wee 1461.5 160. O 2. 28 2.27 34.90 27.87 23.5 0.066 1462.0
160.0 2.28 2.27 34.88 27.85 25.0 H#H#H#HH+ 1462.0 170.0 2.46 2.45 34.94 27.88 22.2 0.068 1463.0
170.90 2.27 2.26 34.88 27.835 25.0 #i##H+ 1462. 1 180.0 2.46 2.45 34.95 27.89 21.2 90.070 1463.2
180. O 2.28 2.27 34.89 27.86 24.5 HHH 1462.93 190. 0 2.39 2.38 34.93 27.89 22.0 0.073 1463.0
190.0 2.28 2.27 34.90 27.987 23.3 ##H#HHe 1462.5 200.0 2. 32 2.91 34.93 27.89 21.4 90.075 1462.9
200. O 2.28 2.27 34.971 27.87 23.2 ##H#H#t 1462.7 210.0 2.21 2.20 34.93 27.90 21.0 0.077 1462.6
210.0 2.29 228 T3459) 427597 23.2 #Ht## 1462.9 220.90 2.20 2.19 34.94 27.971 20.1 0.079 1462.7
220. O 2. 28 2.26 34.971 27.88 22.7 #H#t#t 1463.0 230. 0 2. 20 2.19 34.94 27.970 20.4 0.081 1462.9
230.0 2.26 2.259 34.92 27.88 22.39 ##H#Ht#Ht 1463.1 240.90 2.15 2.14 34.94 27.91 197.8 0.083 1462.9
240.0 2.24 2.22 34.92 27.89 21.9 ##### 1463.2 250. O 2.14 2.19 34.95 27.92 AD A1y 5020857 5146376
250. 0 2.18 2.17 34.92 27.89 21.9 wet 1463.1 260. 0 2.10 2.08 34.94 27.91 19.6 0.087 1462.9
260. 0 2.15 2.13 34.92 27.89 21.6 ##### 1463.1 270.0 2.09 2.08 34.95 27.972 197.0 0.089 1463.1
270.0 2.11 2.10 34.92 27.90 21.4 HHH 1463.1 280. 0 2.09 2.07 34.94 27.92 19.2 0.091 1463.2
280. 0 2. O7 2.06 34.92 27.90 21.0 #H#### 1463.1 2970.0 2.03 2.03 34.94 27.92 18.9 9.093 1463.2
290. 0 2.05 2.03 34.92 27.791 20.5 #s#H#HH## 1463.2 300. 0 2.04 2.02 34.95 27.93 18.4 0.095 1463.3
300.0 2. 04 2.02 34.93 27.91 20.2 ##### 1463.3 303.2 2. 04 2.02 34.95 27.93 18.6 0.095 1463.4
307. 2.03 2.02 34.94 27.92 19.1 wH#ttet 1463. 4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
fd 8) 19 ba” 30 3 3 33 34 35 36
( C)
DEG 0
100
200
(M)
300
400
LNA OO 2
7- 5-83
500
(SIGMA-T) 23 24 25 26 27 28
(OEG C) -2
100
200
(M}
300
400
Meaty O'S Zon!
| 7- 5-83
500
MIZEX-83 STATION 27(1) CTD 5/JUL/1983 1351 GMT CODE = 1 MIZEX-83 STATION 28(1) CTD S/JUL/1983 1440 GMT CODE = 1
LAT = 61. 2877N ae = ~-6 9795SW LTER = 30. LGER = 30. LAT = 81. 2500N LNG =_ —-4. Sohal LTER = 150. LGER = 130.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = G9
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
OO =1957 —1.57 33.4% 26.86 116.2 O0#000 1427:°6 0.0 -1.37 -1.37 33.16 26.68 135.53 0.000 1439.4
4.7 -1.57 -1.57 33.41 2688 1161 0.006 1439.9 199 19578 — 15 97 a n16 526, 6688 135555 0, COG mel tou
5.0 =1.9% 1.57 33.41 26.88 116.0 O0F006 14397:9 $9.0) Slo 36m —1296 33714 26:66 136: Gh 0700/7 1437590
10,0° =1.57 -1.57 33.44 26.90 113.8 0.012 1440.0 10.0 -1.54 -1.94 933.19 26.70 133.1 0.014 1439.7
15.0" =—15 598° —-1.58. 33.73 27.14 91.2 0.017 1440.4 15.0 -1.48 -1.49 323.60 27.04 101.2 0.020 1440.7
20,0 =12558° =1.5985 33.86 27525 81-1 0.021 1440.7 20.0 —-1./51 0.71.32 23.82. 27.21 84.6 0.024 1441.0
25,05) —15 97) =) Sf 33.98 (e2fgo 71.6 0.025 1441.0 25.0 -1.47 -1.47 34.15 27.48 297.0 0.028 1441.7
BOO Fe ir6 e196 410 ee e495 62.4 0.029 1441.1 30.0 -1.34 -1.34 34.22 27.53 94.4 0.031 1442.5
39.0 <-1.55 <-1.:55 34.25 27. 37 51.0 0.031 1441.6 35.0 -1.58 -1.58 34.30 27.640 47.3 0.033 1441.64
40.0 -1.40 -1.41 34.36 27.465 43.2 0.034 1442.6 40.0 -1.41 -1.41 34.34 27.63 44.8 0.036 1442.3
45.0 -0.92 -0.92 34.41 27.67 41.2 0.036 1445.0 45.0 -1.44 -1.44 34.38 27.67 41.4 0.038 1442.5
5O0;07 st 23) ti 23 34,44, 27. 71 37.5 0.038 1443.6 90,0 )) —1705 47203) S446 e272 71 37.0 0.040 1444.5
33.0 -0.92 -0.92 34.51 27.75 33.2 0.040 1445.3 von —OF7 7 8-0, 97 —342 20> 27270 33.3 0.042 1445.1
60.0 -0.03 -0.03 34.62 27.80 28.8 0.041 1449.6 60.0 -0.40 -0.40 34.56 27.77 32.0 0.043 1447.9
65.0 QO. 31 0.31 34.64 27.80 28.8 0.043 1451.3 635.0 0.13 Oo1S 34597, 27577 32.0 90.045 1450.4
70. 0 1.03 1.03 34.70 27.80 29.1 0.044 1454.7 70.0 0. 24 0.24 34 462 27.78 30.7 0.047 1451.0
735.0 1.18 1195834. 227580 28.9 0.046 1455.5 73.90 0. 74 0.73 34.67 27.80 29.4 0.048 1453.4
80.0 1.34 1.34 34.75 27.82 27.3 0.047 1456.3 80. 0 1.38 1.38 34.73 27.80 297.3 0.050 14396. 3
85.0 1.61 1.61 34.76 27.81 28.2 0.048 1457.6 85.0 1.44 1.44 34.74 27.80 27.0 90.051 1456.8
90.0 1. 68 tNGle OS ae OS 26.7 0.050 1458.0 90.0 1. 53 1.53 34.75 27.80 28.9 0.052. 1457.3
95.0 1.78 1.78 34.81 27.84 25.6 0.051 1458.6 93. Q 1. 68 1.68 34.77 27.81 28.4 0.054 1458. 1
100.9 1.83 1.82 34.81 27.84 26.0 0.052 1458.9 100. 0 1.73 1.73 34.77 27.81 28.6 90.055 1498.4
110.0 2.17 2.17 34.87 27.86 24.3 0.055 1460.7 110.0 1..87 1.86 34.80 27. 82 27.4 90.058 1459.2
120.0 2.29 2.28 34.88 27.85 29.1 0.057 1461.3 120.0 £e D7, 1.97 34.83 27.84 25.8 0.061 1459.9
130. 0 2.22 2.21 34.84 27.84 25.53 0.060 1461.2 130.0 2.05 2.04 34.85 27.85 25.1 0.063 1460.4
140.0 2.36 2.395 34.91 27.87 22.9 0.062 1462.0 140.0 2. 08 2.08 34.86 27.85 24.6 0.066 1460.8
150. 0 2.22 2.21 34.89 27.87 23.3 0.065 1461.6 150. 0 2.16 2.15 34.88 27.86 23.9 0.068 . 1461.3
160.'0 2.23 2.22 34.90 27.87 23.3 0.067 1461.8 140. 0 2.17 2.16 34.89 27.87 23.4 9.071 1461.5
170. 0 2.25 2.24 34.91 27.88 22.5 0.0469 1462.1 170. 0 2.23 2.22 34.91 27.88 22.2 0.073 1461.9
180.0 2.30 f.02h (39,9793 (27,89 21.1 0.072 1462.5 180. O 2.23 2.22 34.92 27.89 21.6 90.075 1462.1
190. 0 2.27 2.26 34.93 27.90 20.9 0.074 1462.5 1970. 0 2.22 2.21 34.93 27.90 20.9? 0.077 1462.3
200. 0 2.22 2.21 34.94 27.90 20.3 0.076 1462.4 200. 0 2. 20 2.19 34.93 27.90 20.8 0.080 1462.3
210.0 2.16 2.15 34.94 27.971 20.0 0.078 1462.4 210.0 2. 20 2.19 34.94 27.91 20.0 90.082 1462.6
220. O 2.11 2.10 34.94 27.92 19.2 0.080 1462.3 220. 0 2.17 2.15 34.94 27.71 19.9? ©. 084 1462.5
230.0 2.10 2.09 34.94 27.92 19.1 0.082 1462.4 230.90 2.11 2.09 34.94 27.92 19.1 0.086 1462.35
240.0 2.11 2.10 34.94 27.92 19.3 0.084 1462.6 240. O 2.10 2.09 34.94 27.92 19.2 0.088 1462.6
250.0 2.08 2.07 34.95 27.93 18.5 0.086 1462.7 250.0 2. OF 2.07 34.95 27.92 18.5 90.089 1462.7
260.0 2.07 2.05 34.95 27.93 18.2 0.088 1462.8 260. 0 2.07 2.05 34.953 27.972 18.6 90.091 1462.8
270.0 2.04 2.02 34.96 27.93 17.8 0.089 1462.8 270.0 2.07 2.05 34.93 27.93 18.1 0.093 1463.0
280.0 2.02 2.00 34.96 27.94 17.4 0.091 1462.9 280. 0 2. OS 2.03 34.96 27.93 17.8 90.095 1463.0
290. 0 1.98 1.97 34.964 27.94 17.4 0093 1462.9 290. 0 2.03 2.01 34.96 27.93 17.7 Q@.097 1463.1
300. 9 1293 1.939 34.95 27.94 17.3 0.095 1462.97 300. 0 1.94 Es 2S) S45 96) 2794 16.8 0.099 1463.90
306. 4 Ue eae 1.95 34.96 27.94 16.8 0.100 1463.1
DEPTH TEMP. SALIN DEPTH EME. SALIN
(SIGMA-T) 23 24 25 26 27 28
Garipy “ehsp 30 3 3 33 34 35 36
(DEG C) Ae - 3 4 5 §
100
200
(M)
300
T S Or
400
MIZEX-83 27 -1
7- 5-83
500
(SIGMA-T) 23 24 25 26 27 28
-——-——_+-——_—_- ——_— 1 OS LS
(PP aleees 30 31 3 33 34 35 36
(DEG C) at - 0 3 4 5 6
100
200
(M)
300
T S Or
400
Male Xe 80 cash Sel
7=- 5-83
5300
MIZEX-83 STATICN 29(1) CTD 5/JUL/1983 1520 GMT CODE = 1 MIZEX-83 STATION 30(1) CTD S/JUL/1983 1556 GMT CODE = 1
LAT = 61. 2200N LNG =_ -6. ee’ LTER = 150. LGER = 150. LAT = 81.2700N LNG =_ -7.2300W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0. Q BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.34 -1.34 32.80 26.38 163.4 Q0.000 1440.0 0505 (=) 38 a1 2508) 33256395 27.07, 98.6 90.000 1440.0
1.9 -1.34 -1.34 32.80 2638 163.3 0.003 1440.0 ot pan dp OC unas Lo ed Ot et ARO 98.6 0.004 1440.1
5.0 -1.31 -1.31 32.862 26.39 142.2 9.008 1440.3 2) O57 1) 56m lof do) Ouse ..OU 97.5 0.005 1440.1
10.0 -1.34 -1.34 32.92 2648 154.2 0.016 1440.3 10.0 -1.44 -1.64 33.97 27.34 72.6 0.009 1440.4
15.0 -0.90 -0.90 33.61 27.02 102.7 90.023 1443.4 13.0 -1.68 -1.68 34.13 27.47 60.3 0.019 1440.5
20.0 -0.34 -0.34 33.86 27.20 85.5 0.028 1446.3 20.0 -1.71 -1.71 34.21 27.34 533.5 0.016 1440.64
25.0 0.04 0.06 34.18 27.44 62.6 0.031 1448.9 — 2o.0 sl 73@ =). 73° S4527° 27298 49.5 0.018 1440.46
30.0 -0.36 -0.36 34.33 27.58 49.5 0.034 1447.2 30:0) =!) /oeec1. 700942265. 27.60 48.0 0.021 1440.7
33.0 -1.40 -1.40 34.31 27.61 44.6 0.037 1442.4 39.0 <—-1.70) =-1:70 34.30 27. 61 47.1 9.023 1441.0
40.0 -0.83 -0.84 34.47 27.72 36.4 0.039 1445.4 40.90 -1.64 -1.64 34.33 27.63 44.6 0.025 1441.4
45.0 -1.05 -1.05 34.41 27. 6&7 40.8 0.041 1444.4 43.0 -1.52 -1.52 34.36 27.45 42.9? 0.028 1442.1
SO.O0 -1.28 -1.28 34.48 27.74 34.4 0.042 1443.5 90.0 -1.42 -1.42 934.38 27.66 41.6 0.030 1442.7
55.0 -0.85 -0.85 34.49 27.74 34.8 0.044 1445.6 99.0 -1.44 -1.44 34.40 27.69 39.4 0.032 1442.7
60.0 -0.82 -0.82 34.50 27.74 34.3 0.046 1445.8 60,0 =)°°93) =). 93 (44) 420 26%. 74 37.7 0.034 1442.4
65.0 -0.67 -0.47 34.54 27.77 31.7 0.048 1446.7 65.0 -1.46 -1.47 34.44 27.71 36.7 0.036 1442.8
70.0 -0.34 -0.34 34.59 27.77 27.4 0.049 1448.3 70.0 -1.35 -1.335 34.435 27.72 36.4 0.037 1443.4
73.0 -0.14 -0.14 34.60 27.79 29.6 0.051 1449.3 73.0 -1.26 —-1.26 34.46 27.72 35.4 0.039 1444.0
80.0 QO. 82 90.82 34.70 27.81 27.8 9.052 1453.9 80.0 -1.06 -1.06 34.49 27.74 34.1 0.041 1443.9
85.0 1.Q9 1.09 34.73 27.82 26.9 0.054 1435.3 85.0 -0.84 -0.84 34.50 27.735 33.9 0.043 1446.1
70.0 1.24 1.24 34.73 27.81 28.2 0.055 1454.0 80505 -O2 3970-07-37) 340960 (et a7, 31.7 0.044 1448.5
9735.0 1.29 1.29 34.73 27.81 28.8 0056 1456.3 935 05e —OS OFF —OT LOM dt. Src tee 31.0 0.046 1449.9
100. 0 1.30 1.390 34/73 27.81 28.4 0.058 1454.5 100. 0 0. 23 0.24 34.63 27.79 27.6 0.047 1451.6
110.0 1.36 1.55 34 80 27.85 24.9 0.060 1437.9 110.0 1706% 1:07% 34.70 27. 80 29.3 0.050 1435.6
120.0 1.976 1.96 34.84 27.85 29.0 0.063 1459.9 120.0 lee 1.19 34.73 27.82 27.8 9.053 1456.3
130. Q 2.10 2.09 34.86 27.85 25.0 0.066 1460.6 130.0 1. 27 27 Beal 7G 27.83 26.1 90.056 1456.9
140.0 2.12 2.11 34.88 27.86 23.7 0.068 1460.9 140. 0 1.43 1.42 34.79 27.84 25.3 0.059 1457.8
150.0 2.20 2.19 34.89 27.87 23.5 0.070 1461.5 150.0 1. 54 1.53 34.81 27.86 24.3 0.061 1458.5
160.:0 2.20 219 39.89 (27. 37 23.4 0.073 1461.6 160. 0 1. 68 1.68 34.84 27.86 23.5 0.064 1459.3
170.Q 2.19 2.18 34.970 27.87 22.8 0.075 1441.8 170. 0 1297, 1.86 34.86 27.87 23.4 90.066 1460.3
180. O 2. 20 2.19 94.92 27.A9 21.5 0.077 1462.0 180. 0 1. 86 1.85 34.87 27.88 22.4 0.068 1460.4
190.0 2.21 2.20 34.92 27.89 21.6 0.080 1462.2 190. 90 1.81 1.80 34.87 27.88 22.4 90.071 1460.4
200. 0 2.18 2.17 34.92 27.89 21.3 0.082 1462.3 200. O 1. BO 1 72 4. BZ 2t, 8g 21.8 0.073 1460.53
210.0 2.20 2.19 34.93 27.70 20.5 0.084 1462.3 210.0 179 1.78 34.88 27.89 21.1 0.073 1460.7
220. 0 2.19 2.18 34.93 27.70 20.6 0.086 1462.6 220.0 1. 62 1.80 34.87 27.89 ell “OG. O07,7> 146009
230. 0 2.18 peas ONT SE ee eather hl 19.6 0.088 1462.8 230. 0 1. 86 1.84 34.90 27.90 20.4 0.079 1461.3
240.0 2.16 2.15 34.974 27.91 19.5 0.090 1462.9 240.0 2.09 2.07 34.974 27.92 19.0 QO.081 1462.3
250. O 2.12 2.11 34.95 27.72 19.1 0.092 1462.9 250. 0 2.18 2.17 34.94 27.971 19.8 0.083 1463.1
260. 0 2.08 2.07 34.94 27.92 18.9 0.094 1462.8 260. 0 2.16 2.14 34.93 27.92 18.9 0.085 1463.2
270.0 2.06 2.04 34.95 27.93 18.5 0.096 1462.9 270.0 2.11 2.10 34.95 27.92 19.1 0.087 1463.2
280. 0 2.06 2.04 34.96 27.93 17.8 0.097 1463.1 280. 0 2. 09 2.07 34.94 27.92 17.1 0.089 1463.2
290. 0 2.07 2.0G 34.96 27.93 18.2 0.0979 1463.3 2970. 0 2.03 2.03 34.94 27.92 18.8 0.091 1463.2
300. O 2.00 1.98 34.95 27.93 17.9 0.101 1463.1 300. 0 2. 00 1229 34: 23)" 27293 17.9 0.093 1463.2
306. 1 tbe APPA 1.96 34.96 27.94 17.0 0.102 1463.2 302. 7 Ga PA 1.96 34.93 27.93 Pia Cs OS3 ei 46351
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T} 23 24 2 2 mate 4
(PPT) 29 30 3 s 3 34 3 36
(DEG C) - -
0 4 6
100
200
(M)
300
T 5) Or
400
MIZEX-83 29 -l
7=- 5-83
500
cam (SIGMA-T) 2 24 2 2 27 28
(PPT) 29 30 3 3 5 34 35 36
(DEG Ci -
100
200
(M)
300
400
Fal Ap Care LS: oCmt
| 7- 5-83
soa
MIZEX-83 STATION 31(1) CTD 5/JUL/1983 1635 GMT CODE = 1 MIZEX-83 STATION 32(1) CTD 7/JUL/1983 1451 GMT CODE = 1
LAT = 81.2600N LNG = —-7.5100W LTER = 150. LGER = 150. LAT = 81.4600N LNG =_ —-7.4600W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.62 -1.62 33.94 27.32 74.9 Q0.000 1440.3 070 91> Ul ee oan OS meso 68.3 9.000 1440.6
2.0 -1.62 -1.62 33.94 27.32 74.9 0.Q02 1440.3 30 1.94 —1;,52 °34,023 (27°08 68.3 90.003 1440.7
DIOR Olu Olmedo. 970.2724 78.1 0.004 1440.3 2.7 —1o ove lao 34503) (27208 68.3 0.004 1440.7
10.0 -1.62 -1.62 33.98 27.35 71.7 0.008 1440.5 10.0 -1.61 -1.61 34.04 27.239 57.4 0.007 1440.6
1550 56a i 676 166% 934.14 27. 48 39.5 0.011 1440.6 L520 1 Git 6 34 O04 277 47.4 90.010 1440.7
20.0 -1.68 -1.68 34.14 27.48 39.2 0.014 1440.6 20.0 -1.59 -1.59 34.11 27.46 61.5 0.014 1441.0
25.0 -1.68 -1.69 34.16 27.50 Siam OF OPIS 14400 © 25°50) (—-17550" -1590") 34516 —275 49 398.4 0.017 1441.6
30507 i 73H 731034. 22 e799 $2.9 0.020 1440.4 30) OF —0) [Og -05 98s 34827 e700 49.2? 0.019 1444.3
35.0 -1.75 -1.75 34.246 27.58 49.7 0.022 1440.7 33. 0-0. 9089-0790" 347330 27758 49.3 0.022 1444.8
40.0 -1.74 -1.75 34.27 27.59 48.9 0.025 1440.8 40.0 -0.39 -0.39 34.36 27. 61 47.1 0.024 1447.3
45.0 -0.99 -0.99 34.34 27.62 45.9 0.027 1444.6 45.0 -0.19 -0.19 34.46 27. 68 40.4 0.026 1448.4
3ONO) -O5720) —05 70734, 370 27.53 44.6 0.029 1446.0 50.90 0.07 0.07 34.50 27.70 38.3 0.028 1449.8
39.0 -0.353 -0.53 34.40 27.63 43.3 0.032 1447.0 39. 0 0.15 O15" 494. 53) 27.72 36.6 90.030 1450.2
460.0 -0.20 -0.20 34.46 27.68 397.9 0.034 1448.6 60. 0 0.27 0.26 34.56 27.74 33.1 0.032 1450.9
63.0 -0.09 -0.09 34.48 27.69 397.0 0036 1449.3 65.0 QO. 48 0.48 34.57 27.73 35.8 0.034 1432.0
70.0 -Q.11 -0.12 34.48 27.697 39.1 0.038 1449.2 79. 0 0. 62 0.62 34.62 27.76 32.4 0.036 1452.7
735.0 0. 36 0.36 34.64 27.80 29.3 0.039 1491.7 fax 19} 0. 74 0.74 34.64 27.77 31.6 0.037 1453.4
80.0 Q. 52 0.52 34.61 27.76 33.0 0.041 1482.3 80.0 0.85 0.85 34.466 27.79 30.5 0.039 1454.0
85.0 QO. 58 0.58 34.62 27.77 32.1 0.043 1452.8 85.0 0.973 0.92 34.68 27.79 29.7 0.040 1454.5
90. 0 Q.71 0.70 34.65 27.78 30.8 0.044 1453.5 90. 0 0.76 0.9&@ 34.69 27.80 29.2 0.042 1454.7
935.0 0.78 0.78 34.66 27.78 30.7 0.046 1453.9 93. 0 1.11 Pit) 34.697) 27. 79 30.1 0.043 1455.5
100. O 0.85 0.84 34.68 27.79 29.7 0.047 1454.3 100. 0 1.20 1.20 34.74 27.82 27.3 0.045 1456.0
110.9 0.99 0.98 34.71 27.81 28.2 0.050 1455.2 110.0 1.31 1.31 34.76 27.893 26.7 0.048 1456.7
120. 0 1.08 1.08 34.72 27.81 28.0 0.053 1455.8 120. 0 1. 47 1.46 34.80 27.85 24.8 0.050 1457.6
130.0 thy Bae] 1.12 34.73 27.982 27.5 0.056 1456.2 130.90 1.58 1.57 34.81 27.85 24.8 0.053 1458.3
140. 0 1.38 1.397 34.79 27.95 24.8 0.059 1457.5 140.0 1. 67 1.66 34.82 27.85 24.5 0.055 1458.9
150.90 1.48 1.48 34.81 27.986 24.3 90.061 1458.2 150.0 1.75 1.74 34.84 27.86 23.8 0.058 1459.4
160.0 1. 64 1.63 34.84 27.87 22.7 0.063 1459.1 160.9 pe Oe 1.76 34.84 27.86 23.7 0.060 1459.7
170.0 1. 67 1.66 34.85 27.87 22.8 0.066 1459.4 170. O 1.861 1.80 34.86 27.87 22.9? 0.062 1460.0
180. Q 1.71 1.70 34.85 27.88 22.3 0.068 1459.8 180.0 1. 86 1.85 34.86 27.87 22.9 0.065 1460.4
190. 0 1.79 1.78 34.88 27.89 21.3 0.070 1460.3 190. 0 1.90 1.89 34.87 27.88 22.6 0.067 1460.8
200.0 1.88 1.87 34.91 27.91 19.6 0.072 1460.9 200. 0 1.89 1.88 34.88 27.88 22.0 0.069 1460.9
210.0 1.970 Y. G9) 34.91. 27. 91 19.8 0.074 1461.2 210.0 1. 84 1. 83° 34.68 27.89 21.9 0.071 1460.9
220.0 1.90 289° 434-924 27,91 19.4 0.076 1461.4 220.0 1270 1.69 34.88 27.970 20.3 0.074 1460.4
230. 0 1.89 1.88 34.92 27.92 18.7 0.078 1461.5 230. 0 1. 66 1.69534. 893 27491 19257, 02 O76 1460.4
240.0 1.85 1.84 34.93 27.93 17.8 0.080 1461.5 240.0 1. 36 1.553 34.90 27.92 18.3 0.078 1460.2
250. O 1. 82 1.81 34.93 27.93 17.7 90.082 1461.53 250. 90 1.46 1.45 34.90 27.93 1746; (O20797 (1459.9
260.0 1.82 1.81 34.93 27.93 17.6 0.084 1461.7 260. O 1. 42 1.41 34.91 27.95 16,2" ©: OG) 1459279
270.0 1.81 1.80 34.93 27.93 18.0 0.085 1441.8 270.0 he Shey 1.37 34.90 27.94 16.7 90.083 1459.9
280. 0 1) A 74 34, 93 275594 17.4 0.087 1461.7 280. 0 1. 28 1.27 34.91 27.95 15.5 0.084 1459.64
290.0 bret 1.69 34.93 27.94 16.9 0.089 1461.7 290. 0 1.24 1.22 34.91 27.96 15.2 0.086 1459.6
300. O 1. 66 1.64 34.93 27.94 16.9 90.091 1461.6 300. O 1.21 1.20 34.91 27.96 15.1 0.087 1459.4
301.9 1.66 1.64 34.94 27.95 16.3 0.091 1461.7 303.9 1. 20 1.18 34.92 27.97 14.1 0.088 1459.6
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
a al ro
(PET cinco 30 3} 32 33 34 35 36
= 3 4 F) 6
T
(DEG C) -
0
100
200
(M)
300
S Or
400
MIZEX-83 Sile=4
7- 5-83
500
{(SIGMA-T) 23 24 25 26 754) 28
et tt tS ES
(PET meee S 30 3 3 ‘Shs! 34 3 36
(DEG C) OF - 0 ‘3 4 5 6
100
200
(M)
300
T S Or
400
Miiiex— oS Sigg
7- 7-83
sao
MIZEX-83 STATION 33(1) CTD 7/JUL/1983 1532 GMT CODE = 1 MIZEX-83 STATION 34(1) CTD 7/JUL/1983 1618 GMT CODE = 1
LAT = 81. 4300N ape = —-8.9100W LTER = 150. LGER = 150. LAT = 81.2100N LNG =_ -8. ated LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVYVOL DYNHT SOUND
0.0 -1.64 -1.64 33.82 27.22 84.1 0.000 1440.0 0.0 -1.63 -1.63 33.74 27.15 90.1 0.000 1440.0
3.7 -1.64 -1.64 33.82 27.22 84.1 0.003 1440.1 to 1 OS 1 Oo eo 6/4 ee eel 90.1 0.002 1440.0
3.0 @-32 6060 —1566" 33,83 27.23 83.2 0.004 1440.0 9.0) 12 630 1563 3397S 5 27-16 89.8 90.005 1440.1
LORO RET OO 166 33. 89° 27. 22 78.6 0.008 1440.2 MOE KO) at felts! Nh eke) SBP EIS) ark. ard 79.2 0.009 1440.2
19 Oe 12 69) 1,169 934 02) 27.738 68.5 0.012 1440.3 15.0 91267, =i) 67 34. 02 27238 68.8 0.013 1440.4
ZOO ve- tees) 3.8768) 4. Tl SAG 61.2 0.015 1440.3 . 2000) 1 eA A a OS ae tae 63.2 0.016 1440.4
oO Sle a Ao) 842 14 ee 48 99.0 0.018 1440.4 25.0 -1.74 -1.74 34.146 27.50 97.6 0.019 1440.4
3050) Bal ABA 7A OS a7 ve 7a h 96.7 0.021 1440.6 30,0 lh 76g le 76 Oa lO ese 536.0 0.022 1440.4
39,0 “=1.72 =1.72 34.18 27, 91 96.2 0.024 1440.7 oo. QO Vol, 745-10 74> 34 18> 2s. 55.9 0.025 1440.6
40.0 -1.60 -1.60 34.20 27.53 54.6 0.027 1441.4 40.0 -1.69 -1.69 34.20 27.33 34.4 0.027 1441.0
45.0 -1.49 -1.49 34.25 27.56 31.5 0.030 1442.1 . 435.0. -1.43 -1.43 34.24 27.33 32.1 0.030 1442.4
JOL0>5 17317 —1. 902 34:31) 27760 47.4 0.032 1443.1 00,0 =) ie le eet Oe ia 49.9 050937 144331
39,0 —O099) 90.99 39.33 27.61 46.8 0.035 1444.9 39.0 =-1514) —15 14) 934. 30° 27: 09 48.8 0.035 1444.0
60.0 -0.52 -0.52 34.44 27.68 40.0 0.037 1447.1 60.0 -0.85 -0.85 34.35 27.62 43.8 90.038 1445.5
65.0 -0.22 -0.22 34.45 27.67 40.8 0.039 1448.6 65.0 -0.68 -0.68 34,37 27.63 44.4 0.040 1446.4
70.0 0.10 0.10 34.49 27.49 39.6 0.041 1450.2 70.0 -0.34 -0.35 34.41 27.635 43.4 0.042 1448.1
73.0 0. 42 0.42 34.57 27.74 35.2 0.043 1451.9 73.0 0.13 0.13 34.48 27.68 40.5 0.044 1450.4
80. 0 0. 59 O09 34207 2%. 74 35.9 0.044 1452.7 BO. O 0. 64 0.65 34.33 27.69 39.6 0.046 1453.0
85.0 0.83 0.83 34.59 27.73 35.8 0.046 1453.9 85.0 0.93 OF9:'9 9 S499" Vetear 2 37.0 0.048 1454.4
90.0 0. 94 0.94 34.61 27.73 35.6 0.048 1454.5 90. 0 1.17 1.17 34.62 27.73 36.1 0.050 ° 1455.6
95.0 1. 04 1.04 34.64 27.79 33.5 0.050 1455.1 93.90 1.295 1.24 34.65 27.75 33.97 0.052 1456.0
100. O 1.16 1.15 934.64 27.75 34.0 0.052 1455.7 100. O 1.33 1.32 34.68 27.77 32.4 0.053 1436.3
110.0 1.41 1.41 34.70 27.78 31.5 0.055 14357.1 110.90 1. 42 1.42 34.71 27.78 31.2 0.057 1437.1
120. 0 1. 60 1.40 34.735 27.381 29.0 0.058 1458.2 120.0 1. 60 1.60 34.76 27.81 28.8 0.060 1458.2
130. 0 ely 1.76 34.78 27. B2 28.1 0.061 1459.1 130. 0 1.71 1.70 34.77 27.81 28.7 0.063 1458.8
140.0 1.85 1.84 34.80 27.82 27.5 0.064 1459.6 140.90 1.81 1.80 34.80 27.83 27.1 90.065 1459.5
150. 0 174 1.90 34.82 27.84 26.3 0.066 1460.1 150. O 1.93 1.92 34.83 27:84 25.6 0.068 1460.2
160.0 2.01 2.00 34.84 27.84 29.3 0.069 1460.8 160. O 2.03 2.02 34.85 27.85 24.9 0.071 1460.8
170. 0 2.19 2.18 34.88 27.86 23.9" OF 071. 146127 170. 0 2.04 2.03 34.86 27.864 24.4 0.073 1461.1
180.0 2.26 2.25 34.90 27.987 23.5 0.074 1462.3 180.0 2.11 2.10 34.88 27.86 24.0 0.076 1461.5
190.90 2.23 2.22 34.90 27.88 22.9 0.076 1462.3 170. 0 2.13 2.14 34.89 27.87 23.1 0.078 1461.9
200. O 2.27 2.26 34.92 27.89 22.1 0.078 1462.6. 200. 0 2.18 2.17 34.970 27.88 22.4 0.080 1462.2
210.0 2.31 2.29 34.93 27.89 21.7 9.081 1463.0 210.0 2.21 2.20 34.91 27.89 22.0 90.083 1462.5
220. 0 2.30 2.29 34.93 27.89 21.8 0.083 1463.1 220. 0 2.21 2.20 34.92 27.89 21.3 0.085 1462.7
230.0 2.29 2.27 34.94 27.90 21.1 0.085 1463.2 230. 0 2.25 2.24 34.93 27.90 21.1 0.087 1463.1
240. O 2. 28 2.27 34.94 27.90 21.2 0.087 1463.4 240.0 2.26 2.25 34.94 27.90 20.5 0.089 1463.9
250.0 2.26 2.235 34.94 27.91 20.4 0.089 1463.5 250. 0 2.235 2.24 34.95 27.971 19.8 0.091 1463.4
260. O 2.24 2.23 34.974 27.91 20.3 0.091 1463.5 260. 0 2,22 2.21 34.95 27.71 20.0 0.093 1463. 5
270.0 2.22 2.21 34.95 27.91 19.9 0.093 1463.6 270.90 2.19 2.18 34.95 27.92 19.2 0.095 1463.5
280. O 2.18 2.16 34.94 27.91 19.9 0.095 1463.6 280. 0 2.16 2.14 34.95 27.92 19.1 0.097 1463.5
290. 0 2.12 2.10 34.95 27.92 18.9 0.097 1463.3 2970. 0 2.14 2.12 34.935 27.92 17.0 0.099 1463.6
300. 0 2.08 2.06 34.94 27.92 1953-0, O99, 1463-5 299.3 2.13 2.11 34.935 27.92 19.2) GrtOT 1463.77
305. 4 2.07 2.05 34.94 27.92 19.1 0.100 1463.5
(SIGMA-T) 23 24 25 26 27 28
p44 fF} 4.“ +4 + 4-4]
(PPT} 29 30 31 3 33 34 35 36
(DEG C)
)
100
200
(M)
300
400
MIZEX=—335 <F eay |
7- 7-83
siete)
(SIGMA-T) 2 24 25 26 27 28
PP Tove 3 3 3 33 34 Sp) 36
100
200
(M)
300
400
MAI EX OS 34.1
7=- 7-83
300
MIZEX-83 STATION 35(1) CTD 7/JUL/1983 1655 GMT CODE = 1 MIZEX-83 STATION 36(1) CTD 7/JUL/1982 1742 GMT CODE = 1
LAT = 91. O800N LNG =_ -8. 7200W LTER = 150. LGER = 150. LAT = 81. 0800N LNG =_ -7.9900W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYVOL DYNHT SOUND
0.0 ~-1.69 -1.69 33.58 27.02 102.8 0.000 1439.3 0.0 -1.74 -1.74 32.99 26.355 147.5 0.000 1438.4
1.9 ~-1.69 -1.69 33.58 27.02 102.8 9.002 1439.5 1.9 -1.74 -1.74 32.99 26.35 147.5 9.003 1498.4
5,0) =—1568 5—1), 68°" 393) 739 27. 14 91.1 0.005 1439.8 - 5.0 -1.73 -1.73 33.03 26.58 144.8 0.007 1438.4
LOR OR 1 67s —ie Gi os Ba ea /oee 83.8 0.009 1440.0 10.0 -1.60 -1.60 33.47 26.93 111.0 0.014 1439.9
LSeOne 1s 66 8 1s OF eda. fa 2730 74.4 0.014 1440.3 15.0 -1.64 -1.64 33.90 27.28 78.2 0.019 1440.4
20.0 -1.66 -1.66 33.96 27.33 73.2 0.017 1440.5 20.0 -1.65 -1.65 934.00 27.37 70.0 0.022 1440.6
25.0 -1.66 -1.46 34.04 27.40 66.7 0.021 1440.6 25.0 -1.67 -1.67 34.12 27.46 60.8 0.026 1440.7
S050 a) 72 Sl 72 34.17. 27691 596.7 0.024 1440.6 30.07) —1. 7ige—1. 7lAe 3417. 2730 97.0 0.029 1440.7
39.0 -1.74 -1.74 34.20 27.53 54.0 0.027 1440.7 dasQ) —lo fae, ta s40c0 -a2zeue 94.6 0.032 1440.7
40.0 -1.68 -1.68 34.22 27.54 93.4 90.029 1441.1 40.0 -1.75 -1.76 34.23 27.35 52.3 0.034 1440.7
45.Q -1.69 -1.69 34.25 27. 57 90.7 0.032 1441.1 45.0 -1.76 -1.76 34.24 27.36 31.0 0.037 1440.8
90.0 -1.54 -1.54 34.30 27.60 47.5 90.035 1442.0 ICR OP — 1G elie SAO aT 50.2 90.039 1440.9
55.0 -1.24 -1.24 34.35 27.64 44.2 0.037 1443.6 90) ON ie ele 2d AO me cepod 49.7 0.042 1441.0
60.0 -0.85 -0.85 34.35 27. é2 43.6 0.039 1449.5 60,0 =1076 |/-1.76 34.27 27.38 4A?.1 90.044 1441.1
63.0 -0.61 -0.61 34.40 27.65 43.0 0.041 1446.7 63,0. —15 7053-1) 70) 5347.33 27,63 44.6 0.047 1441.5
70.0 -O.23 -0.23 34.48 27.70 38.7 0.043 1448.7 70,0) =18 Siti ote 34530" 273564 43.6 0.049 1442.5
73.0 0. 08 0.08 34.52 27.71 37.2 0.045 1450.2 (ae O) 1 SIR ate Sea. 37. a7 6S 40.3 0.051 1443.2
80. 0 0.18 0.18 34.51 27.70 38.2 0.047 1450.8 80.0 -0.65 -0.66 34.46 27.70 38.3 0.053 1446.9
85.0 0. 35 0.35 34.55 27.72 36.3 0 049 1451.7 85.0 -0.25 -0.26 34.48 27.70 38.0 90.055 1448.8
90.0 QO. 62 OF G61 S42 600 eta 70 34.1 0.051 1453.0 90. 0 0. 04 0.04 34.53 27.72 36.2 0.057 1450.3
93.90 0.971 0.90 34.65 27.77 32.0 0.053 1454.5 9 Ome 02 OG Os O85 a4 e Sifeatar7o 32.2 0.059 1449.9
100. 0 1.24 1.24 34.69 27.78 31.5 0.054 1454.1 100.0 -0.33 -0.34 34.55 27.76 32.8 0.060 1448.8
110.0 Veo? 1.58 34.76 27.81 28.3 0.057 1457.9 110.0 -0.04 -0.04 34.59 27.77 31.3 0.064 1450.4
120.0 1.74 1.73 34.79 27.82 27.4 0.060 1498.8 120.90 0.397 0.39 34.66 27.81 28.4 9.067 1452.6
130. 0 ATA 1.76 34.80 27.83 26.9 0.063 1459.1 130. 0 O499 0.98 34.72 27.82 27.3 0.069 143553. 5
140.0 1.78 1.77 34.80 27.83 26.7 0.065 1459.3 140.0 1.48 1.48 34.79 27.84 25.6 90.072 1458.90
150.0 1. 87 1.87 34.83 27.85 25.1 0.068 1460 0 150. 0 1. 68 1.68 34.81 27.85 29.1 0.075 1459.1
160.0 2.09 2.08 34.86 27.86 24.6 0.071 1461.1 160.90 1. 86 1.85 324.84 27.85 24.7 9.077 1460.1
170.0 2. 20 2.19 34.88 27.86 24.0 0.073 1461.8 170. 0 2.00 1.99 34.87 27.87 23.6 0.080 1460.9
180.0 2.21 2.20 34.89 27.87 23.5 0.075 1462.0 180.0 2.10 2.09 34.89 27.87 23.1 0.082 1461.5
190. O 2.26 2.25 34.92 27.89 22.0 0.078 1462.4 190. O 2.17 2.16 34.91 27.88 22.2 0.084 1462.0
200. 0 2.24 2.23 34.92 27.88 22.2 0.080 1462.5 200. 0 2.19 2.17 34.91 27.89 21.9 0.086 1442.3
210.0 2.24 2.239 34.93 27.89 21.3 0.082 1462.7 210.0 2. 20 2.19 34.91 27.89 21.7 0.089 1462.53
220. 0 2.29 2.28 34.974 27.90 20.8 0.084 1463.1 220.0 2.19 2.18 34.92 27.89 21.2 0.091 1462.6
230.0 2. 31 2.30 34.935 27.971 20.2 0.086 1463.4 230. 0 2.20 2.18 34.93 27.90 20.4 90.093 1462.8
240. 0 2.31 2.29 34.94 27.90 21.4 0.089 1463.5 240.0 2.16 2.15 34.93 27.90 20.5 0.095 1462.9
250.0 2.26 2.25 34.95 27.91 20.0 0.091 1463.5 290. 0 2.15 2.14 34.93 27.91 20.2 90.097 1463.0
260. 0 2.18 2.16 34.95 27.92 19.2 0.093 1463.3 260. QO 2.13 2.11 34.94 27.71 19a OS O99 £46350
270.0 2. 09 2.07 34.95 27.92 18.8 0.095 1463.0 2790.0 2.12 2.11 34.94 27.72 17.4 9.101 1463.2
280. O 2.17 2.16 34.95 27.92 19.1 0.096 1463.6 280. 0 2. O8 2.06 34.94 27.92 197.3 0.103 1463.2
290.0 2.14 2.13 34.96 27.92 18.8 0.098 1463.6 270. 0 2. 06 2.05 34.95 27.93 18.7 0.105 1463.3
300. 0 2.10 2.08 34.976 27.93 18.4 90.100 1463.6 300. 0 2.04 2.02 34.95 27.93 18.6 90.107 1463.3
300. 2 2.10 2.08 34.95 27.972 18.8 0.100 1463.6 301.2 2.03 2.01 34.95 27.93 18.0 0.107 1463.93
(SIGMA-T) 23 24 25 26 P48 28
(PPT 29 30 3 3 33 34 eh) 36
(DEG C)
100
200
(M)
300
400
Mit Ajo. Shey Sa
7=- 7-83
300
(SIGMA-T) 2 24 25 26 ea 28
(PPT) 29 30 31 3 33 34 35 36
(DEG C) - - 3 4 b) 6
100
200
(M) H
300
400
Male OS cis) Eas
7- 7-83
300
MIZEX-83 STATION 37(1) CTD 7/JUL/1983 1830 GMT CQODE.= 1 MIZEX-83 STATION 38(1) CTD 7/JUL/1983 1910 GMT CODE = 1
LAT = 61. 1O00ON LNG = —-7. 2500W LTER = 150. LGER = 150. LAT = 81.1400N LNG = —-6 6300W LTER = 150. LGER = 150.
AIR TEMP = 0.QO BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.Q BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.86 -0.86 32.15 25.84 214.6 0.000 1441.3 0.0 -1.00 -1.00 32.22 25.90 209.5 90.000 1440.8
1.9 -0.86 -0.86 32.15 25.84 214.6 0.004 1441.4 1.9 -1.00 -1.00 32.22 25.90 209.35 90.004 1440.8
5.0 -0.82 -0.82 32.24 25.71 207:8 O.O11 1441.8 5.0 -0.92 -0.92 32.71 26.30 171.4 0.010 1441.9
10.0 -0.99 -0.99 33.23 26.72 131.3 0.019 1442.4 10.0 -0.68 -0.68 33.33 26.79 124.7 0.018 1444.0
1350981 Obne 1708) 39560) (27506 98.4 0.025 1442.7 15,0 -1.107 —10 10 33574 27. 14 91.8 90.023 1442.7
20.0 -1.27 -1.27 933.84 27.22 83.6 0.0390 1442.1 20.0 -1: ive -1.17 33.91 27,28 78.2 0.027 1442.7
29.0 -1.239 -1.23 33.90 27.27 79.0 0.034 1442.5 25.0 -0.86 -0.86 34.11 27.43 64.0 0.031 1444.5
30.0 -1.35 -1.36 934.04 27.39 67.6 0.038 1442.2 30. 0 1. 07 1.07 34.34 27. 51 36.3 0.034 1453.7
Bon O. le liee= 1 lies See efeOL 446.9 0.040 1443.8 35. 0 1.58 1.58 34.42 27.70 38.6 0.036 1454.5
40.0 -0.94 -0.94 34.40 27.66 41.8 0.043 1444.8 40.0 1.78 1.78 34.66 27.72 36.9 90.038 1457.5
45.0 -0.89 -0.89 34.41 27.67 40.8 0.045 1445.1 435.0. 1.996 1.96 34.73 27.76 33.2 0.040 1458.5
50.0 -0.44 -0.44 34.48 27.70 38.0 0.047 1447.4 30. 0 2. 50 2.49 34.79 27.76 32.7 0.042 1461.0
25.0 0.03 0.03 34.53 27.72 36.4 0.049 1449.7 55. 0 13937 PaS6 4a Ag ele 30.5 90.043 1456.0
60. O QO. 31 0.31 34.60 27.76 32.4 0.050 1451.1 60.0 Lhe? 1.19 34.71 27.80 29.4 0.045 1455.3
65.0 Q. 65 0.65 34.65 27.79 30.1 0.052 1452.8 635.0 1.00 1.00 34.74 27.84 25.6 0.046 1454.5
70.Q 0. 67 0.467 34.64 27.78 31.1 0.054 1453.0 70. Q 1.97 1.96 34.74 27.77 32.2 0.048 1458.9
73.0 0.95 0.95 34.69 27.80 29.4 0.055 1454.4 73.0 Aen Leeei a4 77. 27584 28.4 90.049 1457.9
80.0 1.28 1.27 394.72 27.81 298.7 0.057 1456.0 80.0 1. 87 1.86 34.79 27.81 28.3 90.051 1498.7
85.0 1. 32 1.391 394.73 27.a1 28.6 0.058 1456.3 85. 0 Lud 1.71 34.81 27.84 25.5 0.052 1458. 1
90.0 1.27 1.27 34.74 27.82 27.7 9.059 1456.2 90. 90 reed 1.76 324.79 27.82 27.7 9.053 1458.4
93.0 1.30 1.30 34.74 27.81 28.0 0.061 1456.4 93.0 1. 86 1.86 34.81 27.83 26.4 0.055 1459.0
100. 0 1.490 1.40 34.76 27.82 27.2 90.062 1457.0 100. 0 2.900 2.00 34.84 27.83 23.2 0.054 1459.7
110.0 1. 64 1.63 34.80 27.84 25.6 0.065 1458.2 110.0 1.95 1.93 34.83 27. 84 26.1 0.059 1439.6
120.0 i739 1.74 34.80 27.83 26.3 0.067 1458.9 120.90 1.94 1.93 34.84 27.985 24.7 90.061 1459.8
130. O 1.78 1.77 34.83 27.85 24.9 0.070 1459.2 130. 0 2. 03 2.02 34.87 27.86 23.6 0.064 1460.4
140.90 1.93 1.95 34.85 27.86 24.1 0.073 1460.2 140.0 2.10 2.10 34.88 27.87 23.3 0.066 1460.9
150. 0 2.19 2.18 34.89 27.87 23.5 0.075 1461.4 150. 0 2.08 2.07 34.89 27.88 22.7 90.068 1460.9
160.:'0 2.08 2.07 34.88 27.87 23.0 0.077 1461.1 160. 0 2.17 2.16 34.91 27.88 22.0 0.071 1461.3
170. Q 2.01 2.00 34.89 27.88 22.3 0.080 1461.0 170. 0 2.12 Jeti 34591 2789 2ai.7 90.073 1461.3
180. 0 1.98 1.97, 34.89) 27. 89 21.8 0.082 1461.0 180. 0 2.10 2.09 34.90 27.89 21.7 0.075 1461.6
190. 0 2.00 No Ap EE SED CALE hey 21.9 0.084 1461.3 190.90 eh, Nab 25100 34591) bez. 89 21.1 0.077 1461.8
200. O 2.06 2000 mss. 71) ala 21.0 0.086 1461.7 200. 0 2.03 2.02 34.91 27.90 21.0 0.079 1461.6
210.0 2.09 2.07 34.92 27.90 20.3 0.088 1462.0 210.0 Lf, 1:95 34.92 27.91 1958) (O,O0S Pa t461a5
220. O 2.12 2.10 34.93 27.71 20.0 0.090 1462.3 220.0 1.94 1.93 34.92 27.91 LoS See Os COs mL aG ind
230. 0 2.06 2.05 34.93 27.91 19.4 0.092 1462.2 230.0 1.90 1.89 34.91 27.7971 19.7 9.085 1461.5
240.0 2.04 2.02 34.973 27.91 19.5 0.094 1462.3 240.0 1.85 1.89 34.93 27.993 18.0 0.087 1461.3
250. O 2.05 2.039 34.95 27.93 18.2 0.096 1462.5 250.0 1. 84 1.839 34.93 27.93 18.0 0.089 1461.4
260.0 2.01 2.00 34.94 27.92 18.6 90.098 1462.5 260.0 1. 82 1.80 34.94 27.94 Ze 4 OL 091 t461 77
270. Q 2.01 2.00 34.95 27.93 18.2 0.100 1462.7 270.0 1.78 1.77 34.94 27.94 LOnT Se OLOP Sao ls 7,
280. O 2. O02 2.01 34.95 27.93 17.8 0.102 1462.9 280. 0 1.73 1.74 34.94 27.974 16.9 0.094 1461.7
2970. O 2.Q1 1.99 34.94 27.94 17.3 0.104 1463.0 2970. 0 1a70 1.68 34.974 27.95 16.4 0.094 1461.7
300. O 1 AAG 1.98 34.96 27.94 17.4 0.105 1463.1 300. 0 1. 67 1.65 34.94 27.95 16.3 0.098 1461.7
305. 7 1.98 1.96 34.96 27.94 17.4 0.106 1463.2
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 a4 | 28
(PET Ii ned 30 31 34 33 34 Bh 36
(DEG C)
100
200
(M)
300
400
MIZEX-83 sue
7=- 7-83
3900
(SIGMA-T)} 23 24 25 26 27 28
(PPT) 29 30 3 3 33 34 35 36
100
200
(M)
300
400
MUZE K-83 Ghek yl
T= 7-83
eh
MIZEX-83 STATION 939(1) CTD 7/JUL/1983 2018 GMT CODE = 1 MIZEX-83 STATION 40(1) CTD 7/JUL/1983 2100 GMT CODE = 1
LAT = 81.1100N LNG =_ —-5. BOOOW LTER = 130, LGER = 150. LAT = 81.2100N LNG =_ -S. 7OOOW LTER = 150, LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0.0 BAROM = 0.0 WIND = Q.O0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.47 -1.47 31.85 25.61 2366 0.000 1438.1 0.0 -1.46 -1.46 32.55 26.18 182.3 0.000 1439.1
1.9 1.47 -1.47 31.85 25.61 236.6 0.005 1438.1 1.69 -1.46 -1.46 32.55 24618 182.3 0.004 1439.1
5.0 -1.41 -1.41 32.65 26.26 174.9 0.011 1439.6 39.0 -1.44 -1.44 32.73 26.33 168.6 0.009 1439.5
10.0 -1.37 -1.38 32.74 26.34 147.7 0.Q20 1439.9 10.0 -1.37 -1.37 32.81 26.39 162.35 0.017 1440.0
15.0 -1.23 -1.23 32.96 26.51 151.5 0.028 1441.0 15.0 -1.36 -1.36 32.988 26.44 157.3 0.026 1440.3
20.0 -1.04 -1.04 933.33 2680 123.7 0.035 1442.5 20.0 -1.16 -1.16 33.25 2674 129.2 0.033 1441.8
25.0 -1.23 -1.23 33.60 27.03 101.8 0.040 1442.0 29.0) OPT tae OU ams Ol ated 81.1 0.038 1444.9
30.0 Q. 80 0.80 34.34 27.52 55.1 0.044 1452.5 30.0 -0.23 -0.29 34.11 27.40 47.0 0.042 1447.5
39.0 0.73 0.73 34.15 27.38 697.0 0.048 1452.0 35.0 0. 390 0.30 34.34 27.55 32.2 0 045 1450.3
40.0 2.31 2.31 34.61 27.64 44.7 0.050 1459.8 40.0 hee ler 1.16 34.46 27.764 32.4 0.047 1454.98
45.0 3. 09 3.08 34.79 27.71 38.2 0.052 1463.4 45.90 1.41 1.41 34.46 27.793 34.1 0.049 1454.0
30. O 3.13 3.13 34.864 27.76 33.4 0.054 1463.8 90. O 1.53 1.52 34 72 27.78 30.7 0.050 1456.6
99.0 3.05 3.04 34.90 27.80 29.2 0.056 1463.6 99.0 1. 60 1.640 34.76 27.81 28.2 9.052 1457.1
690. O 2.99 2.98 34.970 27.80 29.0 0.057 1463.4 60.0 1. 69 1.65 34.77 27.82 27.7 0.053 1437.4
65.0 3. O09 3.08 34.971 27.81 28.9 0.059 1463.9 63.0 1.74 1.73 34.80 27.84 23.97 90.0535 1457.9
70.0 3.12 3.11 394.93 27.82 27.8 Q0.Q60 1464.2 70.0 Peas 1.76 34.80 27.83 26.2 0.056 1458.1
73.9 3.03 3.03 34.94 27.83 26.7 0.062 1463.9 79.9 1.86 1.86 34.83 27.85 24.9 0.057 1458.7
80. O 2.88 2.88 34.93 27.84 25.8 0.043 1463.3 80. O 2.12 2.12 34.85 27.84 25.2 0.058 1459.9
85.0 2.83 2.893 34.96 27.87 23.4 0.064 1463.2 B85. 0 2.29 2.25 34.87 27.85 23.Q 0.060 1460.64
90.0 2.81 2.80 34.93 27.85 25.39 0.065 1463.2 90.90 2.31 2.31 34.88 27.85 24.3 90.061 1461.0
93. 0 2.78 2.78 34.93 27.85 25.0 0.067 1463.2 935.0 2. 43 2.44 34.92 27.87 22.6 0.062 1461.7
100. 0 2.74 2.73 34.74 27.86 23.9 0.068 1463.9 100.0 2.33 2.32 34.89 27.86 24.2 0.063 1461.2
110.0 2.76 2.75 34.95 27.87 23.4 0.070 1463.3 110.9 2.19 2.19 34.87 27.85 24.6 0.0646 1460.8
120.0 2.74 2.74 34.96 27.87 22.9 0.073 1463.4 120.9 2.07 2.06 34.88 27.87 22.7 0.068 1460.4
130. 0 2.72 2.71 34.976 27.88 22.3 0.075 1463.5 130. 9 2.02 2.01 34.89 27.88 21.6 G.070 1460.3
140.0 2.44 2.63 34.95 27.88 22.3 0.077 1463.3 140.0 sb ARE 1.96 34.90 27.89 21.0 9.073 1460.3
150. 0 2.39 2.58 34.96 27.89 21.6 0.079 1463.3 150. 0 2.17 2.16 34.93 27.90 20.3 90.075 1461.4
160.0 2.59 2.38 34.97 27.90 20.8 0.082 1463.5 160. 0 2.14 2.14 34.93 27.90 20.1 0.077 1461.4
170.0 2. 54 2.53 34.97 27.90 20.2 0.9084 1463.4 170. 0 2. 04 2.03 34.92 27.90 20.2 0.079 1461.1
180. 0 2. 31 2.50 34.97 27.91 20.0 0.086 1463.4 180. O 2.01 2.00 34.91 27.90 20.6 0.081 1461.2
1970. 0 2.498 2.47 34.97 27.91 19.8 90.088 1463.5 190. 0 1296 L259, 134.9177 27290 20.2 0.083 1461.1
200. 0 2. 42 2.41 34.97 27.71 19.6 0.090 1463.4 200. 0 1.93 1.94 34.92 27.91 17.4 0.085 1461.2
210.0 2.36 2.34 34.97 27.92 19.1 0 O92 1463.3 210.0 1.94 pee? eR CE eae ree 18.5 0.087 1461.4
220.0 2.32 2.31 34.97 27.972 18.8 0.0974 1463.3 220.0 1724 1.92 34.95 27.93 17.4 0.089 1461.5
230.0 2. 30 2.28 34.98 27.93 18.3 0.095 1463.3 230.0 1.98 1.97 34.96 27.94 16.8 9.090 1461.9
240.0 2.26 2.24 34.97 27.93 18.1 0.097 1463.3 240.0 1.93 1.92 34.96 27.95 16.4 0.092 1461.9
250. 0 2. 22 2.21 34.98 27.74 17.4 0.099 1463.3 250. O 1.98 1.97 34.98 27.96 15.2 0.0974 1462.3
260.0 2.08 2.07 34.976 27.93 17.7 0.101 1462.9 260. 0 2. 00 TO 98 ase OOM 27ers 14.3 0.095 1462.5
270.0 1.98 1.96 34.94 27.94 17.0 Q0.103 1462.6 270. 0 1399 1.98 35.00 27.97 14.0 0.097 1462.7
280. 0 1.96 1.94 934.97 27.93 16.3 0.104 1462.7 280. 0 1298 17 Feo OO mana 13.9 0.098 1462.8
2970. 0 1.93 1.91 34.96 27.974 16.8 0.106 1462.7 270. 0 1.92 1, Vis 35,017 27398 13.1 0.099 1462.7
300. O 1. 87 1.86 34.96 27.95 16.1 0.108 1442.6 300.9 1.88 1.87 33.00 27.78 13.1 0.101 1462.7
305. 4 1. 86 1.85 34.96 27.95 16.0 0.109 1462.7 306. 4 1. 88 1,879 S897 Ol) F27499 12.6 0.101 1462.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT wees 30 31 32 33 34 35 356
(DEG C} -1
0
100
200
(M)
300
400
MIZEX-83 oyeh sa
T- 7-83
5300
(SIGMA-T) 23 24 2] 26 27 28
(PPT) 29 30 3 32 33 34 35 36
100
200
(M}
300
400
MZ ex 83 HO cll
7~- 7-83
500
MIZEX-83 STATION 41(1) CTD
LAT = 81. 4500N
AIR TEMP
DEPTH
Wilololelololelelelolololelolololon lolol leleololololelelolololelolololeloleleleleleolon ilo
ht rte re ree rs OOOO
meeNNNUNNNVNNNYNNYN
0.
COOrKerPKOO
SDONNONGY
5 hel
LNG =
O BAROM =
ter emerge She te TS)
pres UUNUUNNNUNNNNNN
SALIN
7/JUL/1983 2210 GMT CODE =
Fee aay LTER =
150. LGER
QO WIND = 0.0 SPEED
SIG T SPVOL DYNHT
26.90 114.5 #444
26.90 114.5 44H
26.91 113.5 #H#HHH
26.92 112.4 244444
27.00 104.2 #44
27.08 97.1 wHHHH
27.21 B4.9 wtHtHH
27. 42 65.3 #443
27.48 SI. 3 = - Ht HH
27. 56 Si. FP 4 33+
27.63 45.0 HAH HR
27. &7 41.6 HH tt
27.72 Bh. 5 Ht ttt
27.76 go. 1 HHH HH
27.76 32. F 244+
Cah, Tf 32.4 HHH
27.78 30.6 #444
27.80 28.9 HHH
27.81 28.3 west
27.81 28. 1 wast
27.83 26.3 WH SH
27.81 28.4 HHS HE
27.85 24. GB w#HetHH
27. 84 26.0 west
27. 84 25.3 HHH
27. 87 22.9 Hittite
27.87 23.4 Hetet
27.87 22. F Witte
27. 88 22.7 wits
27.70 20.3 Hitt
27.90 20.9 = 3 Ht
27.70 20.5 HHH
27.971 19. 7 «ete
27.91 19.8 W3it +
27.91 19.5 WH tt Ht
27.92 18.8 343444
27.92 18. 7-H tt
27.92 18. 6 ww
27.93 18.4 #2444
PAIL Zk} 18. 1 +H
Oar’ SRE} 17.8 wes
27.93 17.8 4H HH
27.94 17.3 4H
TEMP. SALIN
= 150.
0.
INQ tOUGKAOIVONKRKUNUUOVOD
OCVIVOORUUUANOVePAWOD
1
MIZEX-83 STATION 42(1) CTD
LAT = 81. 2c7 2h LNG =
AIR TEMP
DEPTH TEMP
O30) —15 55
4.4 -1.58
Je08 17.35%
1030385—12 69
15505) =—15 G1
20.90 -1.60
20708 sha?
30.0 -1. 44
33208 —1n41
40.0 -1.38
43,0. -—17 36
JONOm Os Oe
whol $0) AO} tehre
69. 0 QO. 28
43.90 0. 76
79.90 0.89
73.0 1.04
80.90 1.12
B85. 0 1. 24
90.0 1.33
95.0 1. 41
100. O 1. 45
110.0 1.56
120. 0 1. 68
130. 0 Lee:
14090. 0 Taz,
150. 0 1.85
160. Q 1. BO
170.0 1.88
180.0 1.94
170. 0 Taal
200. 0 1. 82
210.0 1.78
220. 0 1.76
230. 9 1.71
240.0 1. 64
250. 0 1. 353
260. 0 1.43
270.0 1.40
280. 0 1.28
270. 0 1.135
300. 0 1.10
306. 1 1.09
8/JUL/1983 1948 GMT CODE =
-7. 6358W LTER =
0.0 WIND =
SIG T SPVOL
O BAROM =
PTEMP SALIN
-1.58 33.72
le ve osa7e
ceil tear SEE AS.
-1.60 33.86
=12 61) 33592
-1.60 34.02
-1.57 34.17
-1.44 34.26
-1.4i1 34.32
-1.398 34.33
srieepee om CFE)
-0.87 34.39
=O4 O9= 34246
0.28 34.53
0.75 34. 62
0.88 34.66
1.03 34. 69
Ielip 34s 79
1.24 34.73
1.33 34.75
1.40 34.77
1.43 34.79
1.55 34.80
1.67 34. 82
1.73 34.86
1.87 34. 87
1.84 34.88
1.79 34.89
1.87 34.89
1.93. 34.92
1.970 34.91
1.81 34.91
1.77 34.92
1.735 34.91
1.70 34.92
1.63 34.92
13522) 342 91
1.44 34. 92
1.39 34.92
1.27 34.91
1.13 34.92
1.09 34.92
1.07 34. 92
DEPTH
13 92.
13 92.
14 CA
25 81
30 76
38 69
20 37
37 30
61 AG
62 45
63 4S
66 42
73) 37.
Ze 37
76 33
78 Sl
79? 29
80 29
61 28
83 26
84 25
85 24.
85 2s
B64 24
87 22
88 22
89 21
. 90 20.
. 89 20.
F1 19.
91 1S
92 18.
93 17.
92 18.
93 18.
94 17.
94 17;
93 16.
93 13.
93 15.
97 13.
13.
13.
TEMP.
VQUGH ARKO RP UVOK CUWNWUNODOONNONNAOUNR AK OWr AUG)
30. LGER =
9.0 SPEED =
DYNHT SOUND
0.000 1440.1
0.004 1440.2
0.005 1440.2
0.009 1440.4
0.013 1440.4
0.017 1440.8
0.020 1441.3
0.023 1442.1
0.025 1442.4
0.027 1442.6
0.030 1442.8
0.032 1445.2
0.034 1446.8
0.036 1450.9
0.038 1453.3
0.039 1454.90
0.041 1454.8
0.042 1455.3
0.044 1456.0
0.045 1456.5
0.044 1456.9
0.048 1457.2
0.050 1457.9
0.053 1458.6
Q.055 1459.2
0.057 1459.2
0.060 1459.9
0.062 1459.9
0.064 1460.4
0.066 1460.9
0.068 1460.9?
0.070 1460.7
0.072 1460.6
0.073 1460.7
0.075 1460.7
0.077 1460.3
0.079 1460.2
0.080 1460.0
0.082 1460.0
0.084 1459.6
0.0835 1459.2
0.086 1459.1
0.087 1459.2
SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT) 2 3 3 3 3 34 35 36
(DEG C) -
DE A 6
100
200
(M)
300
Or
400
MIZEX-83 41 -1l
Fn 17-83
500
(SIGMA-T) 23 24 25 26 27 28
a er a a a se
(PPT) 29 3 3 3 3 34 35 36
100
200
(M)
300
400
Mie Xe G3 42 -1
7- 8-83
500
MIZEX-83 STATION 43(1) CTD 8/JUL/1983 2032 GMT CODE = i MIZEX-83 STATION 44(1) CTD 8/JUL/1983 2119 GMT CODE = 1
LAT = @1. ae00n LNG = -8.3700W LTER = 150. LGER = 150. LAT = 81. 2200N cee = -6.8200W LTER = 150. LGER = 150.
AIR TEMP = .O BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.58 -1.58 33.70 27.12 93.9 0.000 1440.1 ° (opney Geb oak cre teh ey izt-y Pale es! <ejtojes) iY kcjzy ;
S76 Ea loe) ste we Wale re, Te 93.9 0.004 1440.2 2.7 -1.92 -1.51 932.15 29°86 213.1 0°006 1438.2
270) 8-108 =t 58) 439270 27. 12 93.3 0.005 1440.2 9.0 -1.31 -1.31 32.65 2626 175.4 0.010 1440.0
LOS Oe 134 1947 33,80 Fer. 19 86.3 0.009 1440.6 10.0 -0.86 -0.86 .33.26 2674 129.4 0.018 1443.1
15.0 -1.43 -1.43 33.86 27.26 77.7 Q.013 1441.4 15.058 ~ 12-42) 1842) 933.94) 27d 75.3 0.023 1441.5
2070 5-1. 13) qtote) 94.07 27.141 66.1 0.017 1443.2 20.0 -1.40 -1.40 34.09 27.43 64.0 0.027 1441.9
29.0 -0.74 -0.74 34.2 27. 54 93.9 0.020 1445.3 25.0 -1.52 -1.52 34.29 27.59 48.5 0.030 1441.7
30.0 -0.643 -0.463 34.30 27.58 90.2 0.023 1445.9 30.0" =) Glee al vol (d42 510 2.61 46.4 0.032 1441.3
35.0 -0.48 -0.48 34.36 27.61 46.7 0.025 1446 8 35.0 -1.53 -1.53 34.34 27. 64 44.3 90.034 1441.8
40.0 -0.38 -0.38 34.38 27.63 45.4 0 028 1447.4 40.0 -1.45 -1.45 34.37 27.66 42.3 0.006 1442.3
45.0 -0.22 -0.22 34.44 27.67 41.4 0.030 1448.3 45.90 -1.31 -1.32 34.39 27.67 40.8 9.039 1443.1
$0.0 -0.20 -0.20 34.45 27.67 40.8 0 032 1448.5 2020) 1 Ae he 1 4 44 27.7 0 37.79 0.041 1444.2
OO ge —Outde —Osst te ose 45 82 7h rO9 39.3 0.034 1449.0 S02 OS eS Bl Se Sata A ek ees A 37.4 0.042 1443.9
60.0 0.01 0.01 34.48 27.49 39.6 0.036 1449.6 60502) —-ORS58 —ONSS S42 4a cane, 36.5 0.044 1447.1
69.0 QO. 22 0.22 34.54 27.72 36.4 0.038 1450.7 63.0 QO. 35 0.35 34.47 27.66 42.1 0.046 1451.3
70.0 0.335 0.354 34.58 27.74 34.9 0.040 1432.4 79.0 1.56 1.56 34.463 27.71 38.0 0.048 1457.0
73.0 0. 74 0.74 34.63 27.76 32.6 0.041 1453.4 73.90 1.58 1.57 34.74 27.80 2o57 OF O50) 41457-3
80.0 0. 84 0.84 34.65 27.78 31.3 0.043 1434.0 80.0 1.399 1298). 04 274 el aa 29.9 90.052 1457.4
85.0 0.93 0.93 34.67 27.78 30.6 0.045 1454.5 85.0 1859 POT SA ae ae BO 2?. 7 0.053 1457, 3
90.0 OS, 0.97 34.68 27.79 30.3 0.046 1454.8 99.90 1. 49 1.59 34.75 27.80 29.3 0.055 1457.6
95.0 1.02 1.02 34.69 27.79 29.7 0.048 1455.1 Che Ne, 1. 68 1.68 34.72 27.77 31.8 0.056 1458.1
100. 0 TES BATA $2517 6334.69 27.79 30.5 0.049 1455.8 1900.0 1.89 1.88 34.78 27.81 28.7 0.058 1459.1
110.0 1.39 1299 43476 ‘27.083 26.8 0.052 1457.1 110.9 2.08 >2.07 34.82 27. B82 27.6 0.060 1440.2
120.0 1. 62 1.62 34.80 27.84 25.5 0.055 1458.3 120. 0 1. 64 1.63 34.74 27.80 27.1 0.063 (1458.3
130.0 1.63 1.62 34.82 27.86 24.3 0.057 1458.5 130. Q i773 1.72 34.82 27.85 25.0 0.066 1459.0
140.0 1. 64 1.63 34.84 27.87 22.7 0.060 1458.8 140. 0 1.92 1.91 34.983 27.85 235.4 0.069 1460.0
150.0 1.67 1.66 34.85 27.88 22.0 0.062 1459.1 1950. 0 2. 42 2.41 34.90 27.86 24.2 90.071 1442.4
160.'0 1. 67 1.67 34.85 27.88 22.4 0.064 1459.3 160. O 2.50 2.49 34.89 27.84 29.7 0.074 1462.9
170.90 1. 68 1.67 34.87 27.89 21.1 0.066 1459.5 170. 0 2.20 2.19 34.87 27.85 24.8 90.076 1461.8
180. 0 1. 66 1.465 34.86 27.89 21.3 0.068 1459.6 180. 0 2.21 2.20 34.89 27.87 23.4 0.079 1462.0
190.0 1.76 1.75 34.88 27.99 21.1 0.071 1460.2 190. 0 2.23 2.22 34.92 27.89 21.3 0.081 1462.3
200. O 1.85 1S OS oss Oe reso 2 1959" 07073 146078 200. 0 2.18 2.17 34.91 27.89 21.7 0.083 1462.3
210.0 1.84 1.89 394.971 27.971 19.4 90.0735 1460.9 210.0 2. 27 2.26 34.93 27.89 21.3 9.085 1462.8
220. 0 1.84 1.839 934.92 27.92 Leo 9” Of077> s146le2 220. O 2.27 2.26 34.94 27.90 20.9 0.087 1463.0
230. 0 1.83 1.81 34.92 27.92 18.3 0.078 1461.2 230. 0 2. 20 2.19 34.93 27.970 20.68 0.090 1462.8
240. 0 tS PAE Petit, 4a eae 18.1 9.080 1461.2 240.0 eels 2.17 34.94 27.91 19.9 0.092 1463.90
250. 0 1.68 1.67 34.92 27.93 17.5 0.082 1460.9 250. O 2.13 2.14 34.94 27.91 19.9 0.094 1463.0
260.0 1.58 1.57 34.92 27.94 16.4 0.084 1460.6 260. 0 2.15 2.14 34.94 27.91 19.6 0.096 1463.1
270.0 1.54 1.53 34.92 27.974 16.4 0.085 1460.6 270.90 2. 07 2.05 34.94 27.92 18.8 0.098 1462.9
280. 0 1.41 1.39 34.92 27.96 15.2 0 087 1460.2 280. 0 2.03 2.01 34.95 27.93 18.5 90.099 1462.9
2970. 0 1.36 1.394 34.92 27.95 15.4 0.089 1460.1 2990. 0 2.01 1.99 34.94 27.93 18.6 0.101 1463.0
300. 0 1.32 1.30 34.92 27.96 15.1 0.090 1460.1 297.2 he SEs 1297) 345955 ef ars 17.7. (0; 103, 146371
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 31 32 33 34 35 36
a er
( )-
OEG C 0 6
100
200
(M)
300
Or
400
MIZEX-83 43 -1
7=- 8-83
500
(SIGMA-T) 23 24 25 26 27 28
a
(PPT) 29. Ss 3 3 33 34 35 36
(DEG C) 0. - 3 4 5 6
100
200
(M}
300 T bo} Or
400
MIZEX-83 44 -l
7- 8-83
300
MIZEX-83 STATION 45(1) CTD 8/JUL/1983 2202 GMT CODE = 1 MIZEX-83 STATION 46(1) CTD 8/JUL/1983 2253 GMT CODE = 1
LAT = 81.44600N LNG = -6 8400W LTER = 150. LGER = 150. LAT = 81.4500N LNG = —-8. 4600W LTER = 130. LGER = 1350.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.60 —-1.40 33.81 27. 21 84.9 0.000 1440.2 0.0 -1.60 -1.60 33.79 27.19 86.5 0.000 1440.2
4.2 -1.60 -1.60 33.81 27.21 84.9 ©6.004 1440.3 3.9 <-1.40 -1.60 33.79 27.19 86.5 90.003 1440.2
9.0 -1.60 -1.60 33.839 27.22 83.6 0.004 1440.3 300° = 14605—1760) 533.78) 2718S 87.6 9.004 1440.2
10,0 155612) = 1 61- 7393589 27. 27 78.9 0.008 1440.4 10.0 -1.60 -1.60 33.82 27.21 84.5 0.009 1440.4
15.0 -1.65 -1.65 34.07 27.42 64.8 0. 012 1440.6 15.0 -1.60 -1.60 33.90 27.28 78.4 9.013 1440.6
20.0 -1.67 -1.67 34.18 27. 51 596.3 0.015 1440.7 20.0 -1.4640 -1.60 33.95. 27.32 73.9% 0.017 1440.7
25.0 -1.66 -1.66 34.19 27.32 99.1 0.018 1440.9 25.0 -1.66 -1.66 34.10 27.44 62.6 0.020 1440.7
30.0 -1.65 -1.65 34.22 27.53 92.9 0.021 1441.0 30.0 -1.69 -1.69 34.15 27.48 98.7 90.023 1440.8
Bog) el Ole tO le o4 29 eT oO 48.1 0.023 1441.4 35.0 -1.63 <-1.63 34.22 27.34 93.5 0.026 1441.2
40.0 -1.54 -1.54 34.32 27.62 45.7 0.026 1441.9 40.0 -1.59 -1.59 34.24 27.55 92.1 0.029 1441.5
45.0 -1.43 -1.43 34.38 27. 67 41.2 0.028 1442.6 45.0 -1.44 -1.44 34.26 27.37 30.3 0.031 1442.4
30.0 -1.36 <=-1.396 34.42 27.70 38.4 0.030 1443.0 970.0 —-1.936 —1534 34.27 27.358 49.8 0.034 1442.8
39,0 Sbe29 “=A. 29 "34-45 e772 36.7 0.032 1443.5 9970) 9-087 # 1-0) 872 834250 527.968 49.3 9.036 1445.2
60.0 -0.92 -0.92 34.47 27.72 36.4 0.034 1445.3 60.0 -0.44 -0.44 34.40 27.65 43.4 0.039 1447.4
63.0 -0.61 -0.61 34.49 27.72 36.3 0.035 1446.9 5950) —O,3Peg-ONGI) 934.44) (2/067 41.2 0.041 1448.2
70.0 -0.29 -0.29 34.50 27.72 36.6 0.037 1448.4 70. 0 0. 03 0.05 34.48 27. 68 40.3 0.043 1450.0
73.90 0.04 0.04 34.56 27.75 34.0 90.039 1450.1 73.90 0.14 0.14 34.50 27.70 38.3 0.045 1450.3
80.0 -0.03 -0.04 34.58 27.77 32.2 0.041 1449.9 BO. O Q. 42 0.41 34.54 27.71 37.5 0.047 1451.9
85.0 0.15 0.15 34.358 27.76 33.2 0.042 1450.8 89.0 0. 62 0.61 34.56 27.72 3464.9 0.049 1452.9
90. 0 0. 74 0.74 34.64 27.78 31.39 0.044 1453.7 90.0 1. 08 1.08 34.61 27.73 36.0 0.051 1455.2
935.0 1.06 1.06 34.69 27.79 30.0 0.045 1455.3 95.0 1.27 1.27 34.65 27.75 34.4 0.052 1456.1
100. 0 1517 1.17 34.71 27.80 28.9 0.047 1455.8 100.0 1.36 1.36 34.68 27.74 32.7? 0.054 1436.7
110. Q 1.38 1.98 34.76 27.83 26.6 0.050 1457.0 110.0 1. 54 1.54 34.72 27.79 307 BORO S7 LAS 7em,
120.0 1.58 1.58 34.80 27.85 25.1 0.052 1458.1 120.0 1.72 1.72 34.76 27.80 29.3 90.060 1458.7
130. 0 1.83 1.83 34.85 27.87 23.4 0.055 1459.5 130. 0 1. 987 1.86 34.80 27.82 27.9 0.063 1439.6
140.0 1.99 1.98 34.88 27.87 22.7 0.057 1460.4 140.90 ah, ORY 1.978 34.83 27.84 26.2 0.066 1460.3
150. O 2.11 2.11 34.90 27.88 22.2 0.059 1461.1 150. 0 2.07 2.06 34.85 27.84 235.6 0.069 1460.8
160.0 2.12 Jel eof wet ae 21.4 9.062 1461.3 140. 0 2.14 2.14 34.87 27.85 24.7 0.071 1461.4
170. 0 2.12 2.11 34.92 27.90 20.8 0.0464 1461.5 170. O 2.17 2.16 34.88 27.86 23.8 0.073 1461: 7
180.0 2.09 2.07 34.971. 27.89 21.0 0.066 1461.5 180. 0 2.24 2.23 34.970 27.88 22.9 0.076 1462.2
190.90 2.05 2.04 34.92 27.7971 20.0 0.068 1461.5 1970. 0 2.24 2.23 34.91 27.88 22.2 0.078 1462.3
200. O 2.05 2.04 34.92 27.71 20.1 0.070 1461.7 200. 0 2.23 2.22 34.92 27.89 22.0 0.080 1462.5
210.0 2.03 2.02 34.93 27.91 19.4 0.072 1461.8 210.0 2.24 2.29 34.92 27.89 22.1 0.083 1462.7
220. O 2.01 2.00 34.93 27.92 19.0 0.074 1461.9 220. 0 2.22 2.20 34.93 27.90 20.8 0.085 1462.8
230.0 1379 1.98 34.93 27.92 19.0 0.0765 1461.9 230.0 2.21 2.20 34.93 27.970 20.9 0.087 1462.9
240. O 1.98 1.96 34.93 27.92 19.2 0.078 1462.0 240. 0 2.23 2.21 34.94 27.971 2051), OF 0897146352
250.0 1.96 1.95 34.93 27.92 18.7 0.080 1462.1 250. 0 2.16 2.17 34.94 27.71 20.0 0.091 1463.1
260. O 1.94 1.92 34.93 27.92 19.1 0.082 1462.2 260. 0 2.18 2.17 “34594. 27591 19.8 0.093 1463.3
270.0 1.88 1.87 34.974 27.93 17.6 0.083 1462.1 270.0 2.14 2.13 34.95 27.92 19.3 0.095 1463.3
280.0 1.78 1.77 34.93 27.94 17.4 0.085 1461.9 280. 0 2.13 2.12 34.94 27.92 19.5 0.097 1463.4
290. O 172 1.71 34.94 27.95 16.3 0.087 1461.8 290. 0 2.09 2.07 34.935 27.92 18.9 0.099 1463.4
300. O 1.95 1.94 34.94 27.93 18.3 90.101 1463.90
303. 2 1.92 1.91 34.94 27.93 LIES OF 1019 146259
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 on 28
(PPT I2e29 30 31 32 33 34 SP) 36
$$ —$ — + —_ +
(DEG C) -
DEG CI 6
100
200
(M)
oe T S Or
400
MIZEX-83 45 -l
i 7- 8-83
500
(SIGMA-T) 23 24 25 26 27 28
—_—— + __ +
(PPT) 29 30 31 32 33 34 35 36
$j ——_—_j_$_—___—_}+_F—__
(DEG C) _ 3 4 5 6
100
200
(M)
300
Ts 5 Or
400
MIZEX-83 46 -1
7- 8-83
S00
MIZEX-83 STATION 47(1) CTD 11/JUL/1983 1356 GMT CODE = 1 MIZEX-83 STATION 48(1) CTD 11/JUL/1983 1436 GMT CODE = 1
LAT = 80. 3647N LNG =_ -2.9717W LTER = 300. LGER = 300. LAT = 80.3733N LNG = _ —-2. 3550W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP >TEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0. 49 0.49 32.14 25.78 220.9 0.000 1447.5 0.0 -1.07 -1.07 32.18 25.87 211.8 ##### 1440.4
3.2 0. 49 0.48 32.14 25.78 220.9 0.007 1447.6 1.9 -1.07 -1.07 32.18 25.87 211.0 ##### 1440.4
9.0 0. 84 0.84 32.18 25.79 219.6 0.011 1449.3 3.0 %-1.06 -1.06 32.23 25.91 208.0 #H#### 1440.6
10.0 1.58 1.58 32.71 26.17 183.9 0.021 1453.4 10.0 -1.24 -1.24 .32.43 26.07 192.5 ##### 1440.1
15.0 -0.15 -0.15- 33.23 26:67 134.6 0.029 1446.4 15.0 -1.535 -1.55 32.81 26.39 142.5 ##### 1439.2
20.0 2.90 2.90 34.02 27.11 94.4 0.035 1461.2 20.0 -1.534 -1.54 33.55 27.00 105.0 ##### 1440.4
23.0 3. 43 3.63 34.63 27.53 94.5 0.039 1465.2 ed ON ale 691 69 ooo eleva 71.7 ##HH# 1440.4
30.0 3. 88 3.88 34.72 27.58 90.3 0.042 1466.5 30.0 -1.73 -1.75 34.06 27.42 65.1 ##4### 1440.3
35.0 3.790 3.70 34.93 27.76 32.8 0.044 1466.1 35.0 -1.72 -1.72 34.10 27. 44 62.5 #x#e4## 1440.6
40.0 3. 53 3.53 34.86 27.72 36.6 0.045 1465.3 40.0 -1.61 -1.61 934.15 27.48 58.7 #w#### 1441.93
435.9 3.56 3.55 34.89 27.75 34.5 0.047 1465.6 43.0 -1.69 -1.69 34.17 27.50 56.9 ###### 1441.0
30. O 3.33 3.32 34.91 27.78 31.4 0.049 1464.7 90.0 -1.42 -1.42 34.19 27.351 (55.G #ta## 1442.4
99.0 3.31 3.31 34.91 27.78 31.2 0.051 1464.7 2908 1 et tel a4 te On eseroo 51.G tHe 1444.0
60. 0 3.21 3.21 34.91 27.80 29.8 0.052 1464.4 60.0 -0.66 -0.66 34.31 27.58 49.7 tet 1446 3
65.0 Sake? 3.19 34.90 27.79 30.4 0.054 1464.4 45.0 -0.30 -0.31 34.45 27.68 40.6 ##### 1446.2
70.0 3. 20 3.20 34.92 27.80 29.4 0.055 1464.5 790.0 0.03 0.04 34.53 27.72 36.2 #H#H#ee# 1450.0
73.0 pres is) 3.14 34.93 27.81 28.3 0.057 1464.4 73.0 0.16 0.16 34.53 27.72 36.3 ##### 1450.6
80.0 3. 07 3.07 34.92 27.82 28.0 0.058 1464.1 80.0 Q. 34 0.34 34.54 27.72 36.9 ###### 1451.5
85. 0 3.06 3.06 34.94 27.83 26.7 0.059 1464.2 85. 0 0. 59 0.59 34.63 27.78 31.2 ##### 1452.9
90.0 3. 02 3.01 34.95 27.85 25.4 0.061 1464.1 970.0 Q. 8O 0.80 34.63 27.76 33.2 ##### 1453.9
93.0 2.78 2.98 34.95 27.85 25.3 0.062 1464.0 935.0 1.10 LeLO RIA OM eas 29.8 ####4# 1455.4
100.0 2.83 2.83 34.95 27.86 24.1 0.063 1463.5 100.90 1. 20 1.19 34.74 27.82 27.2 ##eHHe 1456.0
110.0 2.71 2.71 34.93 27.85 24.7 0.0466 1463.1 110.0 1. 56 1.55 34.79 27.84 25.6 ##H#4% 1457.9
120.0 2.70 2.790 34.95 27.87 22.8 0.9068 1463.3 120.0 1.70 1.69 34.82 27.86 24.3 HHH 1458.7
130.90 2. 64 2.63 34.95 27.88 22.3 0.070 1463.1 130.90 2.Q1 2.00 34.86 27.86 24.1 ##H#4H# 1460.93
140. 0 2.49 2.48 34.94 27.88 22.0 0.073 1462.6 140.0 1.96 1.95 34.87 27.87 22.9 ##H#H% 1460 2
150.90 2.35 2.395 34.93 27.89 21.8 0.075 1462.2 150.0 1.99 1.89 34.87 27.88 22.3 #HHtHt 1460.1
1640.0 2.32 2.31 34.94 27.90 20.5 0.077 1462.2 160. 0 1. 87 1.87 34.89 27.89 21.2 ##t#H 1460.2
170.0 2.24 2.23 34.93 27.970 20.9 0.079 1462.9 170.90 1.92 1.91 34.90 27.90 20.6 H#H##H#H 1460.6
180. O 2.22 2.21 34.94. 27.91 20.0 0.081 1462.1 180. 0 1.91 Dee Ome And Omens eae O 20.5 ###H3 1460. 7
190.0 2.16 2.15 34.94 27.971 19.2 0.083 1462.0 190. 0 1.96 1.95 934.91 27.971 19.9 H##H#H#H 1461.1
200. O 2.1i 2.10 34.95 27.92 18.5 0.085 1462.0 200. O 1B, hee 1.96 34:93 27.92 18.5 ##### 1461.3
210.0 2.08 2.06 34.95 27.92 18.5 0.087 1462.0 210.0 1. 88 1.87 34.92 27.92 16.9 HHH 1461.1
220.0 2.05 2.04 34.95 27.93 18.0 0.089 1462.1 220. 0 2.06 2.05 34.95 27.93 17.9 HHH 1462.1
230. 0 2.01 2.00 34.74 27.94 17.1 0.091 1462.1 230.0 4. a 1.89 34.93 27.93 18.1 eH 1461.6
240.0 eA 1.98 34.94 27.94 16.8 0.092 1462.2 240. 0 1. 82 1.81 34.92 27.92 16.3 ##H#HH# 1461.3
250. O 1.98 1.97 934.96 27.94 17.0 0.094 1462.3 250. 0 1. 68 1.66 34.92 27.93 17.5 ####4# 1460.9
260. 0 LeE99 1.97 34.96 27.94 16.7 9.096 1462.5 2356.8 1. 61 1.59 34.91 27.93 17.5 ###8## 1460.6
270.0 iray 7. 1.95 34.96 27.94 16.7 0.097 1462.5 260. O
280.0 1.92 17 AO ee 7D 164.2 0.099 1462.5 269.8 1. 64 1.62 34.94 27.95 16.0 “###% 1461.0
290. O Lat 1.89 34.97 27.96 15.5 0.101 1462.6 270.0 1. 64 1.639 34.93 27.93 16 4 ####H 1461.0
300. O 1.970 1.88 34.96 27.95 16.2 0.102 1462.7 280. 0 1.56 1.54 34.93 27.95 15.7 w##### 1460.9
301.7 1.90 1.88 34.97 27.95 16.9 0.103 1462.8 2970. 0 1. 68 1.66 34.93 27.95 15.6 ###4# 1461.6
292.8 1. 69 1.68 34.94 27.95 16.5 ##H#HH 1461.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
Pep tp pe
(DEG C)
100
200
(M)
300
400
MIZEX-83 47 -1
7-11-83
500
(SIGMA-T) 23 24 25 26 27 28
Ppp
(PPT) 29° 30 31 32 33 34 35 36
a ae ee SS ee a
(DEG C) = - ay: 4 5 6
100
200
(M)
300 r S Or
'
400
Mize 33 48 -1l
7-11-83
500
MIZEX-83 STATION 49(1) CTD 11/JUL/1983 1523 GMT CODE = 1 MIZEX-83 STATION 5041) CTD 11/JUL/1983_1409 GMT CODE = 1
LAT = 80. oN ah = —-1.7300W LTER = 300. LGER 300. LAT = 80. 3617N LNG = -1.0567W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED | = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYOL DYNHT SOUND
0.0 -1.18 -1.168 31.66 25.45 251.8 0.000 1439.1 0.0 -0.96 -0.96 31.80 25.36 241.4 90.000 1440.4
1.9 -1.18 -1.18 31.66 25.45 251.8 0.005 1439.2 1.9 -0.96 -0.96 31.80 25.36 241.4 0.005 1440.4
5.0 -1.64 -1.64 32.29 25.97 202.2 0.012 1437.9 9.0 -0.95 -0.95 31.81 25.57 240.5 90.012 1440. 3
10.0 -1.68 -1.68 32.31 25.99 200.3 0.022 1437.8 10.0 -1.27 1.27 31.88 25.63 2394.3 0.024 1439.2
15.0 -1.49 -1.69 32.36 26.03 196.6 0.032 1438.0 135.0 -1.59 -1.59 32.55 26.18 182.4 9.035 1498.7
20.0 -1.59 -1.59 32.99 2654 148.1 0.041 1439.4 20.0 -1.64 -1.64 33.36 2685 119.2 0.042 1439.7
20,0 1°69 =1069° 33,78 27,19 86.8 0.047 1440.1 22,0 —15 /7CGg -1570 S3269 7 27a ii 93.8 0.048 1440.0
30.0 -1.73 -1.73 33.97 27. 34 72.0 0.051 1440.3 30/0 =f. 793p0=1075. 33.89 (27.28 78.4 0.052 1440.1
35.0 -1.75 -1.75 34.04 27.40 66.6 Q.054 1440.4 395.0 -1.76 -1.76 933.96 27.34 72.7 0.054 1440.3
4020 -—0. 77 =-1. 77 934.08 27.43 64.0 0.058 1440.4 40.9 -1.73 -1.73 34.05 27.40 66.2 0.059 1440.6
45.0 -1.78 -1.78 34.09 27.44 62.9 0.061 1440.5 - 43.90: -1.73 =-1.735 324.08 27.43 63.4 0.063 1440.6
90.0 -1.78 -1.79 34.11 27.46 60.9 0.064 1440.6 90.0 -1.72 -1.72 34.14 27.48 37.2 0.064 1440.9
99.0 -1.739 -1.73 34.14 27. 48 28.8 0.067 1441.0 go. O° 25 749 (=). 74 34.19" 20549 38.2 0.069 1440.9
60.0 -1.70 -1.71 34.16 27.50 97.3 0.070 1441.2 60.0 =f) 7S, Sl 79 S421 2f.350 36.8 0.072 1441.0
635.0 -1.68 -1.68 34.17 27.51 96.3 0.073 1441.4 63.0 -1.47 -1.67 34.18 27.31 36.1 0.075 1441.3
TARE (Oh <Shls FAsp Gale Aey ek 80) ear Ne | 94.2 0.076 1441.4 70.0 -1.55 -1.55 34.20 27. 52 94.8 0.077 1442.1
73.0 -1.55 -1.55 34.25 27.56 91.1 0.078 1442.3 73.0 -1.45 -1.45 934.24 27.35 32.3 0.080 1442.7
80.0 -1.17 1.17 934.37 27.63 43.2 0.081 1444.3 80.0 -1.17 -1.17 34.28 27.58 49.8 0.083 1444.2
85.0 -0.79 -90.80 34.36 27.63 44.9 0.083 1446.2 85.0 -1.00 -1.00 34.31 27.60 48.0 0.085 1445.1
90.0 -0.49 -0.49 34.41 27.65 42.7 0.085 1447.7 90.90 -0.80 -0.81 34.34 27. 61 46.53 0.087 1446.2
939205 —-O2198 > -0) 18 34°48) 27.70 38.7 0.087 1449.3 95.0 -0.:30 -O0.31 34.40 27.63 44.6 90.090 1448.6
100.0 -0.139 -0.14 934.49 27.70 38.2 0.089 1449.6 100. 0 0.71 0.71 34.58 27.73 36.0 0.092 1453.6
110.0 0. 35 0.35 34.61 27.77 31.8 0.093 1452.2 110. 0 1.14 1.14 34.65 27.75 33.8 0.095 1455.8
120.0 0. 56 0.56 34.67 27.81 28.5 0.096 1453.4 120. 0 1.37 1.36 34.76 27.83 26.4 0.098 1457.1
130. 0 O8F7) 0.96 34.72 27.82 27.3 0.099 1455.4 130. 0 1.74 1.73 34.8Q0 27.83 26.6 0.101 1459.0
140.0 11g 1.18 34.76 27.84 25.3 90.101 1456.7 140. 0 2.07 2.06 34.85 27.84 25.7 0.104 1460.7
150. 0 1.12 1.11 34.76 27.85 24.8 0.104 1456.5 150. 0 2.16 2.15 34.88 27.86 23.9 0.106 1461.3
160.'0 1.16 1.15 34.78 27.86 23.9 0.106 1456.9 160. 0 2. 30 2.29 34.90 27.87 23.7 0.109 1462.1
170.0 0. 64 0.64 34.75 27.86 23.1 0.109 1454.7 170.0 2.27 2.26 34.90 27.87 23.9 0.111 1462.1
180. O 1.06 O52 83458) 27.89 21.4 0.111 1456.8 180. 0 2.17 2.16 34.90 27.88 22.6 90.113 1461.8
190.0 1.05 1.04 34.81 27.89 20.7 0.113 1456.9 190. 0 2.21 2.19 34.92 27.89 21.6 0.116 1462.2
200. 0 1.11 1.10 34.83 27.90 19.7 0.115 1457.4 200. 0 2.21 2.20 34.93 27.970 21.0 0.118 1462.4
210.0 0. 97 0.96 34.82 27.90 19.9 0.117 1456.9 210.0 2.23 2.24 34.974 27.70 20.5 0.120 1462.8
220. O 1.15 1.14 34.85 27.91 19.0 0.119 1437.9 220. O 2. 28 2.27 34.94 27.70 20.5 0.122 1463.1
230.0 Lee, V7 Ge 34073" 27593 17.5 QO 121 1461.0 230.0 2. O7 2.06 34.93 27.91 19.8 0.124 1462.3
240. O 1.86 1.85 34.93 27.93 18.0 0.123 1461.3 240. 0 2.13 2.11 34.94 27.971 19.6 0.126 1462.7
250. 0 1.83 1.83 34.93 27.93 18.90 0.124 1461.6 250. 0 2.14 2.13 34.96 27.93 18.1 0.128 1463.90
260. 0 LST, 1.97 34.976 27.94 17.1 0.126 1462.5 260.0 2.07 2.06 34.94 27.92 19.0 0.130 1462.8
270. 0 1.90 1.89 934.96 27.94 16.6 0.128 1462.2 270.90 2. 02 2.00 34.94 27.92 18.9 0.132 1462.7
280. O ke Tee 1.76 34.94 27.94 17.2 0.130 1461.8 280. 0 1.97 1.96 34.93 27.974 17.5 0.133 1462.7
290. O 1.70 1.668 34.94 27.974 16.6 QO.131 1461.6 290. 0 1.96 1.94 34.95 27.94 17.3 0.135 1462.8
300. 0 1. 57 1.55 34.92 27.94 17.0 0.133 1461.2 300. 0 inGs6 1.94 34.96 27.974 17.1 0.137 1463.0
310. 0 1. 40 1.39 34.91 27.94 16.5 0.135 1460.6 306. 4 Leos 1.91 34.96@ 27.94 17.0 6.138 1463.0
DEP TH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 31 3 33 34 35 36
(DEG C) -2 a 0 oe 3 4 5 6
200
(M)
300
400
MIZEX=83 491
7-11-83
300
(SIGMA-T) 23 24 25 26 27 28
a
(PRT 129) 30 31 3 33 34 35 356
(DEG C) - 0
100
200
(4)
300
400
Mek 3 3 20 =i
7-11-83
sao
MIZEX-83 STATION 51(1) CTD 11/JUL/1983_ 1650 GMT CODE = 1 MIZEX-83 STATION S2(1) CTD 11/JUL/1983 2108 GMT CODE = 1
LAT = 80. 3700N LNG =_ -0. 4250W LTER = 300. LGER = 300, LAT = 80. 0067N LNG =_ -1. 6017W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.90 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.98 -0.98 31.66 25.44 252.7 0.000 1440.1 9.0 -0.32 -0.32 31.51 25.30 2661 90.000 1442.9
1.9 -0.98 -0.98 31.66 25.44 252.7 90.005 1440.1 1.9 -0.32 -0.33 31.51 25.30 266.1 9.005 1443.90
5.0 -0.91 -O0.91 31.67 25.45 252.1 0.013 1440.5 9. 0 0.13 0.13 32.339 25.94 205.2 0.013 1446.2
10.0 -1.13 -1.13 31.68 25.47 250.90 0025 1439.6 10.90 1.98 1.97 33.41 2670 133.3 0.021 1456 1
15.0 -1.37 -1.37 32.05 25.77 221.0 0.037 1439.0 15.0 2. 40 2.60 33.74 26971 113.0 0.027 1459.4
20.0 -1.42 -1.42 32.39 2605 194.9 0.048 1439.4 20. 0 2.70 2.70 34.26 27.32 74.3 0.032 1460.4
25.0 -1.61 -1.61 33.9339 2682 121.7 0.056 1439.9 25.0 2.27 2.27 34 47 27.533 39.1 0.035 1459.1
307 O g=1e69.6:—1,695-33.70 .27.,.12 93.5 0.061 1440.3 30. 0 2. 63 2.63 34.64 27.63 45.3 90.038 1461.90
do30 sia 7QO-2=1270 S395 91>- 27. 27, 77.2 0.066 1440. 4 35. 0 2.73 2.73 34.72 27.69 39.8 0.040 1461.7
40.0 -1.68 -1.68 34.03 27.39 67.9 0.069 1440.8 40.0 2.71 2.71 G4.77 27.73 36.2 0.042 1461.7
A4S.Q0 -1.75 1.75 34.09 27.44 63.1 0.073 1440.6 45.0 2.71 2.70 34.81 27.74 32.7 0 044 1461.8
90.0 -1.76 —-1.76 34.10 27.43 61.9 0.076 1440.7 90. 0 ead 2.76 .34.83 27.77 32.3 0.045 1462.2
99.0 -1.76 -1.76 34.12 27.47 60.2 0.079 1440.8 oo. 0 2.78 2.78 34.85 27.79 30.7 0.047 1462.4
60.0 =-1.75 -1.76 34.15 27.49 398.3 0.082 1440.9 60, 0 2.71 2.70 34.86 27.80 297.0 0.048 1462.1
63,0) s-13 7G =1576 34,135 272,49 98.0 0.085 1441.0 63.0 2.75 2.74 34.86 27.80 29.7 9.050 1462.4
TOS OUR =a ala) S45 16" (272 50 94.9 90.088 1441.1 79.0 2. 68 2.68 34.87 27.81 28.2 0.051 1462.2
Gieds (0) erik AEN Ral ZAC) RR OE EAT ss ere 33.93 0.091 1441.3 73.0 2.67 2.67 34.89 27.82 27.3 0.053 (1462.3
80.0 -1.64 -1.64 34.19 27.52 54.8 0.093 1441.9 80.0 2.58 2.58 34.89 27.83 26.4 0.054 1462.90
85.0 -1.48 -1.48 34.23 27.55 02.935 0.096 1442.8 BS. 0 2. 38 2.57 9489 27. 84 26.0 0.055 1462.0
TOF OR eS eS On aA een IO 91.5 0.099 1443.5 TORO 2.33 2.93 34.970 27.85 ao. 2) O-057 146109:
93.90 <-1.10 -1.10 34.28 27.57 90.2 0.101 1444.8 93.0 2.54 2.54 34.90 27.85 25.0 0.058 1462.1
100.0 -1.05 -1.05 34.32 27.61 46.9 0.104 1445.2 100. 0 2.49 249 34.92 27.86 23.6 90.059 1462.0
110.0 -0.43 -0.43 34.45 27.68 39.8 0.108 1448.4 110.0 2.39 2.58 34.92 27.864 24.4 0.062 1462.5
120. 0 0. 32 0.32 34.54 27.72 36.7 Q0.112 1452.1 120. 0 2.49 2.48 34.92 27.87 23.2 0.064 1462.3
130.0 0. 84 9.83 34.69 27.81 28.4 0.115 1454.8 130, 0 2.44 2.44 34.93 27.88 22.3 90.066 1462.3
140. 0 1. 22 1.21 34.73 27.82 27.8 0.118 1456.7 140.0 2. 37 2.36 34.93 27.88 22.1 0.069 1462. 1
150.0 1. 60 1.59 34.79 27.83 26.3 0.121 1458.7 150.90 2.27 2.26 34.92 27.89 21.7 0.071 1461.8
160.'0 1.84 1.83 34.83 27.85 25.2 0.123 1460.0 140. 0 2.20 2.19 34.93 27.90 20.8 0.073 1461.7
170.0 1.93 1.92 34.85 27.86 24.3 0.126 1460.5 1790.0 2.14 2.13 34.93 27.90 20.3 0.075 1461.64
180. O 2.035 2.04 34.87 27. 87 23.4 0.128 1461.3 180. 0 2.10 2.09 34.93 27.90 20.1 0.077 1461.6
190.0 2.12 2.11 34.90 27.88 22.4 0.131 1461.8 19790. O 2.05 2.04 34.93 27.92 19.1 0.079 1461.5
200. 0 2.12 2.11 34.90 27.88 22.4 0.133 1462.0 200. 0 2.05 2.04 34.94 27.92 19.0 0.081 1461.7
210. 0 2.10 2.08 34.91 27.89 21.4 0.135 1462.0 210.0 2. 07 2.05 34.95 27.972 18.4 0.083 1461.9
220.0 2.09 2.08 34.92 27.970 21.0 0.137 1462.2 220.0 2. 0S 2.04 34.94 27.92 18.5 0.085 1462.0
230. O 2.13 2.12 34.93 27.90 20.3 0.139 1442.5 230. 0 2.03 2.01 34.94 27.92 17.0 0.Q87 1462.1
240.0 2.12 2.10 34.92 27.90 20.9 0.141 1462.46 240.0 2. O04 2.02 34.95 27.93 18.1 0.089 1462.3
250. 0 2. 06 2.04 34.93 27.91 19.6 0.144 1462.64 250. 0 2.04 2.03 34.95 27.93 18.5 0.090 1462.5
260. 0 2.10 2.08 34.94 27.92 19.2 0.146 1462.9? 260, 0 2.01 1.99 34.95 27.93 17.9? 0.092 1462.5
270.0 1.96 1.95 34.93 27.92 19.2 0.147 1462.5 270. 0 1.98 1.97 34.96 27.94 17.2 0.094 1462.6
280.0 1. 87 1.86 34.93 27.93 18.5 0.149 1462.2 280. O 1.96 1.95 34.96 27.95 16.7 90.096 1462.7
270. 0 2.00 1.98 34.94 27.93 18.4 0.151 1463.0 270. 0 1.96 1095, G4: 975 (“27n95 16.1 0.097 1462.9
300. 0 1.96 1.94 34.95 27,93 17.8 0.153 1463.0 300. O 1.96 1.94 34.97 27.93 1653) 0) O99) 146350
305. 7 1.95 1.93 34.98 27.96 15.7 0.100 1463.1
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT cae 29 39 3 a 33 34 35 36
(DEG C)
0
100
200
(M)
300
400
MIZEX-83 oe =]
7-11-83
500
(SIGMA-T} 23 24 25 26 27 28
a
(PPT) 29° 30 31 3 33 34 35 36
(DEG C) -2 -1 0 1 3 4 5 6
100
200
(M} |
300
T ) Or
400
thd Fela), Geko | eee al
7-11-83
500
MIZEX-83 STATION 5341) CTD 11/JUL/1983 2208 GMT CODE = 1 MIZEX-83 STATION 354(1) CTD 11/JUL/1983 2250 GMT CODE = i
LAT = 79. aa Bue = -1.0033W LTER = 300. LGER = 300. LAT = 80. OO83N LNG = _ -0O. Sh MA LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = .O WIND = 0.0 SPEED = Q.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.16 -1.16 31.49 25.31 265.3 0.000 1439.0 0.0 -0.85 -0.85 31.55 25.35 261.5 0.000 1440.5
1.9 3-11.16 -1.16 31.49 25.31 265.3 0.005 1439.1 1.9 -0.85 -0.85 31.55 25.35 261.4 0.003 1440.6
3.0) =1)31) -1)31 31:82 25:59 238.8. 0.013 - 1438.8 5.0 -0.88 -0.88 31.53 25.34 262.7 90.013 1440.5
10.0 -1.48 -1.48 32.27 25.95 204.2 0.024 1438.8 10.0 -1.24 -1.24 31.61 25.42 255.2 0.026 1439.0
15.0 -1.55 -1.55 32.52 24616 184.8 0034 1438.9 15.0 -1.41 -1.41 31.84 25.61 236.9 0.039 1438.6
20.0 -1.60 -1.60 33.16 26.68 135.0 0.042 1439.6 20.0 -1.45 -1.45 32.24 25.93 206.0 90.050 1439.0
2o5Om =12 678-12 67s, 39576) 277 17 88.8 0.048 1440.2 25.0 -1.60 -1.60 33.01 26.56 146.4 0.059 1439.3
30.0 -1.69 ~-1.69 34.00 27.36 70.2 9.052 1440.5 30.0 -1.64 -1.64 33.54 2699 105.4 90.065 1440.1
35.0 -1.69 -1.69 34.04 27.40 66.7 0.055 1440.7 35.0 -1.62 -1.62 33.69 27.11 94.2 0.070 1440.5
40.0 -1.72 -1.72 34.08 27.43 63.7 0.Q59 1440.7 40.0 -1.74 -1.74 33.89 27.28 78.2 0.075 1440.3
ASSO) —15 74> S157" 34713 27, 47 60.1 0.0462 1440.9 45.0 -1.78 -1.78 33.96 27.34 72.6 0.078 1440.3
JORORS— 1 rie — 17 as Lom 2700 97.2 0.065 1441.0 50.0 -1.78 -1.78 34.04 27.40 66.7 0.082 1440.3
93.0 -1.52 -1.52 34.25 27. 36 91.3 0.067 1442.1 95.0 -1.80 -1.80 34.05 27.41 65.5 0.085 1440.5
60.0 -1.26 -1.26 34.30 27.59 48.1 0.070 1443.5 60.0 -1.79 -1.79 34.08 27.43 63.8 0.089 1440.7
63.0 -0.91 -0.92 34.37 27. 64 44.2 0.072 1445.3 635.0 -1.75 -1.76 34.10 27.45 62.0 0.092 1440.9
70.0 -0.48 -0.48 34.42 27.66 42.0 0.074 1447.93 70.0. -1.72 -1.72 34.12 27.46 40.6 9.095 1441.2
73.0 -0.21 -0.21 34.47 27. 49 39.4 0.076 1448.9 73.0 -1.74 -1.74 34.15 27.49 97.8 0.098 1441.3
80.0 0.70 0.70 34.62 27.746 32.7 0.078 1453.3 SO009 —1869R) —le 67a 3451 Be 2701 39.6 0.101 1441.6
83.0 2. 86 2.89 34.82 27.73 34.2 0.080 1463.2 85.0 -1.60 -1.60 34.22 27.34 $2.7? 0.103 1442.2
90. O 3.35 3.34 34.91 27.78 31.4 0.082 1465.5 90.0 -1.96 -1.36 34.28 27.58 49.0 0.106 1443.5
95.0 2.979 2.98 34.87 27.78 31.2 0.083 1463.9 95.0 -1.13 -1.14 34.32 27.61 46.7 90.108 1444.7
100. O 3.18 3.17 34.91 27.80 29.9 0.085 1464.9 100.0 -0.89 -0.90 34.36 27.63 44.7 0.111 1443.9
110.0 2.71 2.70 34.85 27.79 30.3 0.088 1463.0 110.90 -0.36 -0.56 34.42 27.67 41.5 0.115 1447.8
120.0 2. B7 2.86 34.96 27.86 24.0 0.071 1464.0 120.0 -0.12 -0.12 34.51 27.72 36.5 0.119 1450.1
130.0 2.972 2.91 34.95 27.85 24.9 0.093 1464.3 130. 0 0. 24 0.24 34.60 27.77 31.9 0.123 1452.0
140. 0 2.59 2.58 34.93 27.87 23.3 0.095 1463.1 140.0 0. 39 0.359 34.63 27.78 31.3 0.126 1453.8
150.0 2.03 2.02 34.88 27.87 22.9 0.098 1460.7 150.90 17O7 1.07 34.73 27.84 25.8 0.129 1456.3
160.:0 2. O7 2.06 34.89 27.988 22.4 0.100 1461.90 160. 90 1.03 1.04 34.78 27.86 23.5 0.131 1436.4
170. 0 2. OF 2.08 34.89 27.88 22.6 0.102 1461.3 170. 0 1. 60 1.59 34.82 27.86 24.2 0.134 1459.1
180.0 2.00 1.99 34.91 27.970 20.7 0.105 1461.1 180. 0 1.90 1.89 34.85 27.86 24.1 90.1364 1460.6
170. 0 2.27 2.26 34.93 27.90 21.0 0.107 1462.5 190. O 1. 80 1.79 34.85 27.87 23.1 0.138 1460.3
200.0 2.21 2.19 34.94 27.91 20.1 0.109 1462.4 200. 0 1.90 1.89 34.88 27.88 22.3 90.141 1461.0
210.0 2.16 2.15 934.94 27.91 19.7 O.111 1462.4 210.0 1.89 1.88 34.87 27.87 22.9 90.143 1461.1
220.0 2.30 2.28 34.96 27.92 19.2 0.113 1463.2 220.0 1.83 1.62 34.88 27.89 21.2 0.145 1461.90
230. 0 2. 30 2.29 34.96 27.91 19.7 0.115 1463.3 230. 0 he As 1.970 34.90 27.90 20.4 0.147 1461.4
240.0 2.43 2.42 34.99 27.93 18.2 0.117 1464.1 240. 0 2. 02 2.00 34.93 27.91 19.6 0.149 1462.2
250.0 2. 44 2.42 34.98 27.92 19.0 0.119 1464.3 250.0. 2.01 2.00 34.93 27.92 19.2 0.151 1462.4
260. O a7, 2.36 34.98 27.93 18.6 0.120 1464.2 260. O 1.83 1.82 34.91 27.971 19.4 0.133 1461.7
270.0 2.14 2.13 34.976 27.93 18.1 0.122 1463.3 270. 0 1.74 172 S4590> 27a971 19.3 0.155 1461.4
280. 0 2. 0B 2.07 34.97 27.94 17.3 0.124 1463.2 280. 0 1. 49 1.47 34.89 27.92 18.5 0.157 1460.3
290.0 2. 07 2.05 34.97 27.94 17.0 0.126 1463.3 2970. 0 1. 61 1.59 34.91 27.93 18.1 0.159 1461.2
300. 0 2.02 2.01 34.96 27.94 17.7 0.128 1463.3 300. 0 1. 49 1.67 34.92 27.993 18.0 0.161 1461.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 2 24 25 26 27 28
GAP). 2 3 3 s) S35 34 35 36
(DEG C) ne ~ 4 5 6
100
200
(M)
300
iy 3 Or
400
MIZEX-83 5S.—1
7-11-83
500
(SIGMA-T) 2 24 2 26 74 28
(DEG
)
200
(M)
300
400
Mex — 39 D4) -1
7-11-83
300
MIZEX-83 STATION 55¢41) CTD 11/JUL/1983 2333 GMT CODE = 1 MIZEX-83 STATION 56(1) CTD 12/JUL/1983 13 GMT CODE = 1
LAT = 80. COOON LNG = 0. 2350W LTER = 300. LGER = 300. LAT = 80. OOOON LNG = QO. 8633W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEP TH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.Q -0.75 -0.75 31.50 25.31 265.4 0.000 1440.9 0.0 -0.83 -0.83 31.33 25.17 278.5 0,000 1440.3
1.9 -0.75 -0.75 931.50 25.931 265.4 90.005 1441.0 1.9 -0.83 -0.83 31.33 25.17 278.5 0.006 1440.4
39.0 -1.19 -1.19 31.52 25.34 262.2 0.013 1439.0 39.0 ~1.24 ~-1.24 31.40 25.24 271.6 0.014 1438.6
10.0 -1.45 -1.45 31.71 25.50 247.2 0.026 1438.1 10.0 -1.40 -1.40 31.51 25.34 262.4 0.028 1438.1
15.0 -1.47 -1.47 31.89 25.65 232.9 0.038 1438.3 15.0 -1.44 -1.44 31.48 25.47 249.5 0.040 1438.2
20.0 -1.57 -1.57 32.31 25.99 200.5 0.049 1438.6 20.0 -1.47 -1.48 31.80 25.57 240.3 0.0539 1438.3
25.0 -1.60 -1.60 32.82 2440 161.5 0.059 1439.2 235.0 -1.58 -1.58 32.24 25.93 206.1 0.064 1438.5
30.0 -1.72 -1.72 33.48 26.94 109.8 0.065 1439.7 30.0 -1.62 -1.639 32.839 26 41 160.1 0.073 1439.2
0 gee eee A es Add i ed eS 92.0 0.070 1440.0 35.0 -1.460 ~-1.60 33.20 26.72 131.5 0.081 1439.9
40.0 -1.70 -1.70 33.87 27.26 80.0 0.075 1440.5 40.0 -1.293 -1.239 33.71 27.12 93.6 0.086 1442.3
ASO -t2699 =15'65 5933097 (27.34 72,2 0.079 1441.0 43.9 -1.35 -1.35 33.83 27.22 83.8 0.091 1442.2
90.0 -1.58 -1.59 34.08 27.42 64.3 0.082 1441.5 90.0 -1.41 -1.41 933.91 27.28 77.7 0.093 1442.1
93.Q0 -1.67 -1.68 34.12 27.46 60.8 0.085 1441.2 v9.0 -1.614 -1.62 34.08 27. 42 64.2 0.099 1441.4
60.0 -1.67 -1.467 94.15 27.49 38.1 0.088 1441.4 60.0 —-1.67 -1.67 34.14 27.48 97.1 0.102 1441.3
69508-1735 9-173 334.17 (27.50 36.7 0.091 1441.2 63.0 -1.61 -1.61 34.21 27.54 33.7 0.104 1441.8
7OTO Be nl 7 tS RIS tec oe 94.8 0.094 1441.4 790.0 -1.04 ~-1.04 34.31 27.60 47.8 0.107 1444.7
793.Q -1.62 —-1.63 34.22 27.34 v2.9 0.097 1441.9 79.0 -0.64 -0.65 34.39 27. 64 43.7 0.109 1446.7
80.0 -1.39 -1.34 34.24 27.55 92.3 0.099 1443.4 80. O Q. S2 0.52 34.54 27.71 37.6 90.111 1452.4
85.0 -0.81 -0.82 34.35 27.62 46.1 0.102 1446.0 85.90 2.14 2.14 34.80 27.80 29.4 0.113 1460.0
90.0 -0.62 -0.62 34.40 27.65 42.53 0.104 1447.1 90.0 2.99 2.99 34.89 27.80 29.8 90.115 1463.9
935.0 0. 03 0.02 34.50 27.70 38.6 0.106 1450.3 93.0 3. 20 3.20 34.970 27.79 30.9 0.116 1464.9
100. 0 QO. 70 0.89 34.58 27.71 37.2 0.108 1434.4 100.0 3. 34 3.33 34.93 27.80 30.1 90.118 1465.6
119.9 1.93 1.92 34.82 27.83 26.6 0.111 1459.5 110.90 3. 46 3.43 34.96 27.81 26.97 9.121 1466.4
120.0 2.77 2.77 34.84 27.78 31.7 Q.114 1463.4 120. 0 3. 42 3.41 34.98 27.83 27.3 0.124 1466.4
1390.90 2. 40 2.39 34.82 27.79 30.5 0.117 1461.9 130. 0 3. 36 3.395 34.99 27.84 26.0 0.126 1466.3
140.0 2.05 2.04 34.80 27.81 2?.0 0.120 1460.5 140. 0 3.18 3.17 34.98 27.85 25.4 0.129 1465.7
150. Q 1.993 1.92) 234.2 2791 18.9 0.123 1460.3 150.0 3.14 3.13 34.99 27.86 24.1 0.131 1465.7
160.'0 2.13 2.12 34.83 27.83 27.4 0.125 1461.2 160. O 2.99 2.98 34.97 27.86 24.6 0.134 1463.2
170.0 199 1.98 34.83 27.84 26.90 0.128 1460.8 170. 0 2.72 2.71 34.94 27.86 24.3 0.136 1464.1
180. 0 2.18 2.17 34.87 27.85 235.1 0.130 1461.9 180. 0 2. 64 2.639 34.94 27.87 23.3 0.139 1464.0
190.0 2.43 2.42 34.93 27.88 22.9 90.133 1463.2 1990. 9 2. 61 2.60 34.94 27.87 23.6 0.141 1464.0
200.0 2.68 2.66 34.977 27.89 22.1 0.135 1464.3 200. 0 2.39 2.58 34.94 27.87 23.4 0.143 1464.1
210.0 2. 60 2.59 34.95 27.88 23.0 0.137 1464.3 210.0 2. 38 2.57 34.94 27.87 23.4 0.146 1464.2
220.0 2.22 2.21 34.971 27.88 22.3 0.140 1462.7 220.0 2. 38 2.56 34.94 27.88 23.1 0.148 1464.3
230. 0 2.20 2.19 34.93 27.90 20.8 0.142 1462.9 230. 0 2. 38 2.57 34.95 27.88 23.0 0.150 1464.5
240.0 2.17 2.16 34.92 27.89 21.7 0.144 1462.9 240.0 2.58 2.56 34.95 27.88 22.9 0.153 1464.7
250. 0 2.09 2.08 34.94 27.91 19.5 0.146 1442.7 250. O 2. 60 2.58 34.95 27.88 22.6 0.155 1464.9
260. O 1.98 1.97 34.92 27.971 20.0 0.148 1462.4 260. O 2. 59 2.38 34.96 27.89 22.5 90.157 1463.1
270.0 2.02 2.00 34.93 27.92 19.4 0.150 1462.7 270. 90 2. 40 2.58 34.95 27.88 22.8 0.160 1465.3
280. 0 2.00 1.98 34.93 27.92 19.5 0.152 1462.8 280. O 2. 60 2.98 34.95 27.89 22.8 0.162 1465.4
290.0 1.94 1.939 34.92 27.92 19.5 0.154 1462.7 2970. 0 2. 60 2.58 34.97 27.89 22.0 0.164 1465.6
300. O 1. 87 1.85 34.93 27.93 18.5 0.156 1462.6 300. 0 2. 61 2.539 34.96 27.89 22.3 0.166 1465.8
300.9 1.88 1.86 34.93 27.93 18.5 0.156 1462.6 303. 2 2.61 2.99 34.97 27.89 22.2 0.167 1465.9
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(SIGMA-T) 2 24 25 26 20 28
(PPT) e293 30 3 3 <)S] 34 35 36
(DEG C) - 0 | 3 4 5 6
(M)
(4)
100
200
300
400
idl ey veste hs! Soe
7-11-83
300
(SIGMA-T) 2 24 2 26 27 28
100
200
300
400
MUZeX oS Sey Gel
7-12-83
300
MIZEX-83 STATION 57¢(1) CTD 12/JUL/1983 1444 GMT CODE = 1 MIZEX-83 STATION 58(1) CTD_ 12/JUL/1983 1532 GMT CODE = 1
LAT = 79. 6550N LNG = -2.7417W LTER = 300. LGER = 300. LAT = 79. 6483N LNG = —-2.1550W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0. 02 0.02 31.70 25.44 252.7 0.000 1444.8 0.0 -0.12 -0.12 31.50 25.29 267.4 9.000 1443.9
4.2 Q. 02 0.02 31.70 25.44 252.6 Q0.Qi11 1444.9 1.9 -0.12 -@.12 31.50 25.29 267.4 0.005 1443.9
9.0 0.03 0.03 31.68 25.42 254.4 0.013 1444.9 9.0 0.15 0.15 31.86 25.56 241.1 0.013 1445.7
10.9 0. 37 0.37 31.87 25.56 241.4 0.025 1446.8 10.0 1. 34 1.34 33.28 26.64 138.7 90.023 1453.2
15.0 2.193 2.13 34.01 27.17 88.8 0.034 1457.7 15.90 1. 61 1.61 33.74 26.99 105.8 0.029 1455.1
20.0 2.57 2.37 34.19 27.28 78.5 0.038 1460.0 20.0 2.22 2.22 34.34 27.43 64.4 0.033 1458.6
25.0 2.94 2.94 34.70 27.645 43.4 0.041 1462.3 295.0 2. 60 2.997 34:57 27.58 90.2 90.036 1460.7
30. O 2.97 2.97 34.83 27.75 33.8 0.043 1462.7 30. 0 2.81 2.81 34.76 27.71 dio ) 0. OSG em LaAGing
35.0 2.972 2.92 34.86 27.78 30.8 0.045 1462.7 35.0 2.70 2.70 34.82 27.77 32.5 0.040 1461.6
40.0 2.90 2.90 34.86 27.78 31.1 0.046 1462.7 40.0 2.70 2.70 34.84 27.79 30.5 0.042 1461.8
45.0 2. 86 2.86 34.88 27.80 29.1 0.048 1462.6 . 435.07, 22.7 2.72 34.88 27.81 28.1 0.043 1462.0
50.0 2.80 2.80 34.87 27.80 29.2 0.049 1462.4 90.0 2.69 2.68 34.90 27.83 26.1 0.045 1462.0
95. 0 2.73 2.73 34.90 27.83 26.5 0.051 1462.2 35. O 2.61 2.61 34.91 27.84 235.1 0.046 1461.7
60.0 2.39 2.59 34.90 27.83 25.0 0.052 1461.7 60. 90 2. 37 2.97 34.91 27.85 24.6 0.047 1461.6
63. 0 2.65 2.65 34.93 27.86 23.9 0.053 1462.1 65.0 2. 50 2.50 34.93 27.87 22.6 0.048 1461.4
70.0 2. 64 2.64 934.93 27.87 23.3 0.054 1462.1 79.0 2.45 2.44 34.92 27.87 22.5 0.049 1461.3
73.0 2.58 2.57 34.94 27.87 22.7 0.055 1461.9 73.0 2. 41 2.40 34.93 27.88 21.6 0.051 1461.2
80. 0 2.57 2.56 34.94 27.88 22.2 0.057 1462.0 80. O 2.39 2.39 34.93 27.89 21.2 0.052 1461.2
85.0 2.353 2.52 34.95 27.89 21.0 0.058 1461.9 83.0 2.35 2.394 34.94 27.90 20.4 0.053 1461.1
90.0 2.46 2.46 34.96 27.90 20.3 0.059 1461.7 90. 0 2.33 2.33 34.94 27.89 20.3 0.054 1461.1
935.0 2.40 2.39 34.97 27.92 18.4 0.060 1461.6 935.90 2. 26 2.25 34.94 27.90 19.9 0.055 1460.9
100. O 2.36 2.396 34.95 27.970 A959 0.061 1461.4 100. 0 2.23 2.23 394.94 27.90 19.7 0.056 1460.8
110.0 2.35 2.34 34.94 27.89 20.9 0.063 1461.5 110.0 2.168 2.17 34.94 27.91 19.3 0.058 1460.8
120. 0 2.31 2.31 34.94 27.90 20.2 0.065 1461.5 120.0 2.15 2.15 34.95 27.92 18.7 0.060 1460.9
130.0 2.24 2.24 34.94 27.90 19.9 0.067 1461.4 130.0 2.12 2.11 34.95 27.92 17.9 0.062 1460.9
140.0 2.20 2.20 34.95 27.92 18.7 0.069 1461.4 140.0 2.16 2.16 34.97 27.93 17.3 9.063 1461.2
150. 0 2.16 2.15 34.95 27.92 18.7 0. O71 1461.4 150. 0 2.14 2.14 34.96 27.93 17.9 0.065 1461.3
160.:0 2.190 2.09 34.94 27.92 18.7 0.073 1461.3 160. 0 2.15 2.14 34.97 27.974 16.8 0.067 1461.5
170. 0 2.06 2.05 34.94 27.92 18.6 0.074 1461.2 170.0 2.08 2.07 34.96 27.94 17.0 90.069 1461.4
180. 0 2.05 2.04 34.94 27.92 18.4 0.076 1461.4 180. 0 2.03 2.02 34.96 27.974 16.8 0.070 1461.3
190. 0 2.04 2.03 34.94 27.72 18.4 0.078 1461.5 190. O 1.96 12935334. 97 27a 16.0 0.072 1461.2
200. 0 2.03 2.04 34.976 27.94 16.9 0.080 1461.8 200. 0 1.93 ee SUE Cake eee) 15.7 0.074 1461.2
210.0 2.03 2.02 34.95 27.93 17.6 0.082 1461.8 210.0 1h el 1.89 34.98 27.96 14.7 0.075 1461.3
220.90 2.Q1 2.00 34.976 27.94 17.2 0.083 1461.9 220.0 1. 87 1.86 34.97 27.96 15.2 0.077 1461.3
230.0 Nes thes 1.98 34.977 27.935 16.3 0.083 1462.0 230.0 1.83 1.81 34.97 27.96 14.7 9.078 1461.3
240.0 1.99 1.98 34.97 27.94 16.5 0.087 1462.2 240.0 1.¢1 1.79 34.98 27.97 13.7 0.080 1461.4
250.0 2. 00 1.99 34.97 27.974 16.7 0.089 1462.4 250. 0 1.80 1.78 34.98 27.97 13.8 0.081 1461.5
260. O 7, US rhe d SE ICES athe ape) 15.8 0.090 1462. 4 260. O 129 1.77 34.98 27.97 13.9% 0.082 1461.4
270.0 1.94 1.92 34.97 27.96 15.6 0.092 1462.4 270.90 Lai 1.76 34.98 27.98 13.6 0.084 1461.7
280. 0 1.95 1.93 34.98 27.96 15.5 0.093 1462.6 280. 0 1.735 1.73 34.98 27.97 13.8 0.085 1461.7
290.0 1.93 1.91 34.98 27.96 13.5 0.095 1462.7 290.0 1.72 LaGl) 34598) (27597 13.7 0.086 1461.8
300. 0 1.90 1.88 34.98 27.96 15.0 0.096 1462.7 300. 0 1. 68 1.67 34.98 27.98 13.4 0.088 1461.8
307.6 1.65 1.64 34.98 27.98 13.2 0.089 1461.8
DEPTH TEMP. SAL IN DEPTH TEMP. SALIN
(SIGMA-T) 2 24 25 256 ri) 28
(PPT) 29 30 3 3 3 34 35 36
(OEG 2G - 4 5 6
100
200°
(M)
300
T S Or
400
MIZEX-83 57 -1
7-12-83
500
(SIGMA-T) 2 24 2 26 27 28
(PRI 297 30 3 3 33 34 35 36
(DEG Ot - 0 3 4 5 6
100
200
(M)
300
Ts S Or
400
MiZeX.83 She) ad
7-12-83
500
MIZEX-83 STATION 59(1) CTD 12/JUL/1983 1616 GMT CODE = 1 MIZEX-83 STATION 60(1) CTD 12/JUL/1983 14657 GMT CODE = 1
LAT = 79. 6483N LNG = -1. 4883W LTER = 300. LGER = 300. LAT = 79. 6467N LNG = -Q. 9033W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYOL DYNHT SOUND
0.0 -0.40 -0.40 31.60 25.38 258.8 0.000 1442.7 0.0 -0.37 -0.37 31.17 25.03 291.8 0.000 1442.3
1.9 -0.40 -0.40 31.60 25.38 258.8 0.005 1442.8 1.9 -0.37 -0.37 31.17 25.03 291.8 0.006 1442.3
3.0 -0.16 -0.16 31.89 25.60 237.3 0.013 1444.3 3.0 -0.63 -0.63 31.35 25.19 276.8 0.015 1441.4
10.0 0. BO 0.80 33.36 26.74 129.2 0.022 1450.9 10.0 -0.98 -0.98 31.90 25.64 233.7 0.027 1440.6
15. 0 2. 62 2.62 34.23 27.31 79.8 0.027 1460.2 15.0 0. 435 0.45 32.75 26.27 174.3 0.038 1448.5
20. 0 3. 20 3.20 34.60 27.55 53.0 0.030 1463.3 20. 0 1.76 1.76 33.79 27.02 102.7 90.045 1455.9
25.0 3. 34 3.34 34.74 27.65 43.8 0.033 1464.1 25.0 2.90 2.90 34.46 27.46 461.3 0.049 1461.9
30. 0 3. 36 3.396 34.84 27.72 36.4 0.035 1464.4 30.0 a. 09 32.09 34.67 27. 61 47.1 0.052 1463.1
35.0 3. 28 3.28 34.88 27.76 32.9 Q.037 1464.2 35.0 2.88 2.88 34.69 27.65 43.5 0.054 1462.2
40.0 3.24 3.24 34.91 27.79 30.4 90.038 1464.2 40.0 0. 34 0.34 34.31 27.70 38.8 0.056 1450.8
45.0 3.11 3.11 34.92 27.81 28.5 0.040 1463.7 43.9 0. 24 0.24 34.359 27.76 32.6 0.058 1450.6
90.0 3. 00 3.900 34.92 27.82 27.3 0.041 1463.3 90. 0 0. 38 0.38 34.62 27.78 30.8 9.059 1451.3
59. 0 2.89 2.88 34.74 27.85 25.90 0.043 1462.9 33.0 0. 43 0.64 34.63 27.79 30.2 90.061 1452.7
60. 0 2.73 2.75 34.96 27. 87 22.39 0.044 1462.53 60.0 0. BO 0.80 34.66 27.79 30.2 0.063 1453.5
65.90 1.95 ITS BARTON, CIO rT 20.6 0.045 1457.0 635.0 0. 91 0.90 34.68 27.80 29.5 0.064 1454.90
70. 0 1.97 1.96 34.87 27.87 23.0 0.046 1459.1 70. 0 1. 24 1.24 34.74 27.82 27.0 0.065 1435.7
73.0 2.17 2.17 34.87 27.85 24.5 0.047 1460.1 73.9 1. 82 1.82 34.89 27.90 20.3 0.067 1458.6
80. O 2.20 2.19 34.88 27.86 24.0 0.048 1460.3 80. O 3. OF 3.08 34.95 27.84 25.97 0.068 1464.3
835.0 2. 30 2.30 34.70 27.87 23.2 0.050 1460.9 83.0 3. 04 3.04 34.93 27.84 23.7 0.069 1464.1
90.0 2.27 2.27 34.88 27.86 24.2 0.051 1440.8 70. 0 3. 07 3.07 34.95 27.84 25.8 0.070 1464.3
95.0 2.43 2.44 34.88 27.84 25.6 0.052 1461.6 95.0 3.14 3.14 34.97 27.85 25.3 0.072 1464.7
100. 0 2.63 2.63 34.93 27.86 23.7 Q.053 1462.6 100. 0 3. 31 3.30 35.01 27.86 24.0 0.073 1465.6
110.0 2.74 2.74 34.97 27.89 21.4 0.056 1463.3 110. 0 3. 20 3.19 34.99 27.86 24.4 9.075 1465.3
120.0 2.735 2.74 34.98 27.89 21.0 9.058 1463.5 120.0 3. 07 3.06 34.99 27.87 23.5 0.078 1464.9
130.0 2. 69 2.68 34.98 27.90 20.3 0.060 1463. 4 190. 0 2. B89 2.89 34.97 27.87 22.9 0.080 1464.3
140.0 2. 62 2.62 34.98 27.90 20.5 0.062 1463.3 140.0 2. 87 2.86 34.979 27.89 21.3 0.082 1464.3
150. 0 2.39 2.38 34.95 27.90 20.7 0.064 1462.4 150. 0 2.71 2.70 34.98 27.90 21.0 0.085 1463.8
160.:0 2. 50 2.49 34.99 27.92 18.6 0.066 1463.1 140. 0 2. 62 2.614 34.97 27.89 21.4 90.087 1463.64
170. 0 2. 47 2.46 34.98 27.92 18.9 0.068 1463.1 170.0 2.58 2.57 34.97 27.970 21.0 0.089 1463.6
180. O 2. 37 2.36 34.97 27.92 18.7 0.070 1462.8 180. O 2. 60 2.579 34.98 27.970 20.4 0.091 1463.8
190.0 2.35 2.34 34.99 27.93 17.7 0.072 1462.9 190. 0 2.55 2.54 34.97 27.90 20.5 0.093 1463.8
200. 0 2.27 2.26 34.97 27.93 18.2 0.073 1462.7 200. 0 2.55 2.53 34.98 27.971 19.8 0.095 1463.9
210.0 2.26 2.24 34.98 27.93 17.5 0.075 1462.8 210.0 2.41 2.40 34.97 27.971 19.8 90.097 1463.3
220. O eal, 2.18 34.98 27.94 16.6 0.077 1462.7 220.90 2. 32 2.31 34.98 27.93 18.0 0.099 1463.3
230. 0 2.14 2.12 34.98 27.95 16.5 0.079 1462.6 230. 0 2.21 2.19 34.97 27.93 18.0 0.101 1462.9
240. O 2.06 4.2.05 34.98 27.95 16.2 0.080 1462.5 240. 0 2.17 2.16 34.96 27.92 18.6 0.103 1462.9
250. O 2. 04 2.03 34.97 27.94 16.8 0.082 1462.5 250.0 2.14 2.13 34.97 27.94 17.3 9.104 1463.90
260. 0 2.01 2.00 34.98 27.93 15.9 0.084 1462.6 260. 0 2.05 2.04 34.96 27.93 17.7 0.106 1462.7
270. 0 1.98 1.97 34.97 27.95 16.1 0.085 1462.6 270.0 2.03 2.02 34.96 27.94 17.53 0.108 1462.8
280. 0 1.95 1.94 34.78 27.96 15.4 0.087 1462.7 280. O 2. 04 2.03 34.97 27.94 16.8 90.110 1463.0
290. 0 1.91 1.90 34.98 27.96 15.3 0.088 1462.7 2970. 0 2.03 2.01 34.97 27.94 16.9 0.111 1463.1
300. O 2. 00 1309s B45 97) ete 16.7 9.113 1463.2
306. 4 2. 02 2.00 34.98 27.96 15.8 0.114 1463.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(DEG C)
0
(M)
(M)
(SIGMA-T) 23 24 25 26 27 28
100
200
300
400
er eG 3 Sip ol
7-12-83
300
(SIGMA-T) 2 24 2 26 27 28
100
200
300
400
Hin BX — Gis 501
7-12-83
300
MIZEX-83 STATION 61(1) CTD 15/JUL/1983 1917 GMT CODE = 1 MIZEX-83 STATION 62(1) CTD 15/JUL/1983_ 1935 GMT CODE = 1
LAT = 79. 2033N LNG = -1.5650W LTER = 300. LGER = 300. LAT = 79. 4450N LNG =_ -2. OB33W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0.58 0.58 31.50 25.25 270.6 0.000 1447.1 0.0 -0.24 -0.24 32.44 26.05 195.2 90.000 1444.6
1.9 0. 58 0.58 31.50 25.25 270.6 0.005 1447.1 2.0 -0.24 -0.24 32.44 26.05 195.2 0.004 1444.7
9. 0 0.26 0.26 31.57 25.33 263.7 9.014 1445.8 5.9 -0.21 -0.21 32.146 25.82 21653 0.010 1444.5
10.0 0.10 0.10 31.54 25.31 265.1 0.027 1445.1 10.0 -0.135 -0.15 32.26 25.90 209.4 0.021 1445.0
15.0 -0.68 -0.68 32.75 26 32 149.5 0.038 1443.3 15.0 1.35 1.35 32.92 2635 146.2 0.030 1452.8
20.0 -0.84 -0.84 33.339 26.80 123.9 0.045 1443.4 20. 0 3. 37 3.37 34.23 27.24 82.3 0.037 1463.5
25.0 -1.04 -1.04 33.65 27.06 98.8 0.051 1443.0 25.0 4.01 4.01 34.41 27.32 78.Q0 0.041 1466.5
30.0 —-1.31 =—1.31 33,79 27.18 87.1 0.056 1442.0 30. 0 3. 09 3.09 34.64 27.59 48.9 0.044 1463.0
335.0 0. 30 0.29 34.14 27.40 67.1 0.Q60 1450.0 35.0 1.56 1.56 34.57 27.46 42.4 0.046 1456.3
40.0 -0.62 -0.62 34.24 27.33 94.0 0.0639 1446.1 40.0 1.14 1.14 34.50 27.63 435.0 0.048 1454.4
43.0 -0.46& -0.46 34.28 27.54 93.2 0.065 1446.9 . 45.0 1.75 1.74 34.463 27.69 39.4 0.051 1457.4
90. O 0. 24 0.24 34.30 27.53 94.4 0.068 1450.3 90. O 0.92 0.92 34.63 27.75 33.8 0.052 1453.8
99.0 0.53 0.53 34.48 27.66 42.6 0.071 1451.9 93. 0 1.38 1.98 34.66 27.75 34.1 0.054 1456.0
60. 0 1.42 1.42 34.60 27.70 39.1 0.073 1456.2 60. 0 1. 28 1.28 34.68 27.77 31.7 0.054 1455.6
65.0 1.63 1.63 34.66 27.73 36.2 0.074 1457.3 63.0 1.19 1.18 34.68 27.78 31.5 0.057 1435.3
70. 0 2.11 2.11 34.76 27.77 32.5 0.076 1459.6 70. 0 1. 68 1.68 34.73 27.78 31.5 0.059 1457.6
73.0 2.69 2.67 34.81 27.76 32.9 0.078 1462.3 79.90 2.49 2.49 34.87 27.83 26.7 0.060 1461.5
80.0 2.75 2.74 34.83 27.77 32.1 0.080 1442.6 80.0 2.79 2.78 34.86 27.80 29.7? 90.062 1462.8
85. 0 2.76 2.76 34.87 27.80 29.7 Q2.081 1462.8 85. 0 2.80 2.80 34.87 27.80 29.3 0.063 1463.0
970.0 2.81 2.80 34.89 27.981 28.5 90.083 1463.1 970.90 2.44 2.43 34.80 27.77 31.9 0.065 1461.4
935. 0 2.85 2.84 34.88 27.81 29.1 0.084 1463.4 99.0 1.93 1.93 34.81 27.82 27.3 0.066 1459.3
100. 0 2.84 2.84 34.89 27.81 28.7 0.085 1463.4 100. 0 2.45 2.45 35.03 27.76 14.7 0.067 1461.9
110. 0 2.74 2.73 34.93 27.85 24.6 0.088 1463.2 110. 0 3.19 3.18 34.97 27.85 23.4 0.069 1465.2
120.0 2. 84 2.84 34.92 27.83 26.8 0.091 1463.8 120. 0 3.13 3.12 34.97 27.85 25.1 0.072 1465.1
130. O 2.50 2.49 34.87 27.82 27.53 0.094 1462.4 130. 0 3. 00 3.00 34.95 27.85 23.5 0.075 1464.7
140.0 2.66 2.659 34.95 27.88 22.7 0.096 1463.4 140. 0 2.77 2.77 34.96 27.88 22.9 0.077 1463.9
150. O 2.58 2.57 34.94 27.87 23.0 0.098 1463.2 150. 0 2. 80 2.779 34.96 27.87 23.3 0.079 1464.2
160.0 2.31 2.30 34.91 27.87 22.9 0.101 1462.1 160. O 2. 64 2.63 34.96 27.89 21.9 0.082 1463.64
170. 0 2.27 2.26 34.93 27.89 21.5 0.103 1462.2 170. 0 2.61 2.60 34.97 27.89 21.3 0.084 1463.7
180. O 2.22 2.21 934.92 27.89 21.8 0.105 1462.1 180. 0 2.53 2.52 34.96 27.89 21.5 0.084 1463. 3
190. 0 2.21 2.20 34.93 27.90 20.7 0.107 1462.2 190. 0 2.46 2.45 34.96 27.970 20.6 0.088 1463.4
200. O 2.33 2.392 34.974 27.70 20.7 0.109 1462.9 200. 0 2. 30 2.29 34.98 27.93 17.5 0.090 1462.9
210.0 2.29 2.28 34.95 27.91 199 O.11t 1462.9 210.0 2.23 2.22 34.95 27.971 19.6 0.092 1462.7
220.0 2.23 2.22 34.975 27.92 19.2 90.113 1462.8 220.0 2.23 2.22 34.96 27.92 19.0 90.094 1462.9
230. O 2.22 2.21 34.96 27.92 19.1 0.115 1463.0 230. 0 2.14 2.13 34.94 27.71 17.4 0.096 1462.64
240. 0 2.24 2.239 34.97 27.93 18.3 0.117 1463.2 240.0 1.95 1.94 34.94 27.93 L770 OL OSB RS T4AG TES
250. 0 2.19 2.18 34.96 27.93 18.5 0.119 1463.2 250.0 1. 82 1.80 34.93 27.93 18.1 0.100 1461.5
260. O 2.05 2.04 34.972 27.90 20.8 0.121 1462.7 260. 0 1.88 1.87 34.94 27.93 17.8 O27 101" 1462.0
270.0 Le 7i 1.96 34.974 27.92 18.8 0.123 1462.5 270.0 1.91 1.89 34.95 27.94 17.1 0.103 1462.3
280. 0 1.90 1.89 34.94 27.93 18.0 0.125 1462.4 280. 0 1.86 1.85 34.95 27.995 16.6 90.105 1462.2
290. O 1. 87 1.86 34.94 27.974 17.5 O.127 1462.4 290. 0 1. 86 1.84 34.96 27.93 16.2 0.106 1462.4
300. 0 1.81 1.79 34.94 27.94 17.1 0.128 1462.3 300. 0 1.83 1.81 34.95 27.95 16.4 90.108 1462.4
307.9 1. 84 1.839 34.96 27.95 16.4 0.130 1462.6 303. 3 1. 82 1.81 34.96 27.95 16.0 9.109 1462.5
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 2 26 an 28
(PP imc 30 3 S' 33 34 3 36
(DEG C) Ag - 0 4 5 6
100
200
(M)
300
J; S Or
|
400
MIZEX-83 61 -1
7-15-83
500
(SIGMA-T)} 23 24 25 26 27 28
bt th tH tt Ht
(PPT) 29 3 3 3 33 34 35 36
(OEG C) - 0
0
100
200
(M)
300
400
MiZEX—Oo C21
| 7-15-83
300
MIZEX-83 STATION 43(1) CTD _15/JUL/1983_2005 GMT CODE = 1 MIZEX-83 STATION 64(1) CTD 15/JUL/1983 2038 GMT CODE = 1
LAT = 79.14667N LNG = -0.9867W LTER = 300. LGER = ‘300. LAT =_79.5317N LNG = —-1.7033W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0.15 0.15 22.83 18.29 9937.7 9.000 1433.2 0.0 -0.11 -0.11 31.97 235.66 231.9 90.000 1444.6
Lay 0.135 0.15 22.83 18.279 937.7 0.019 1433.3 2.0 -0.11 -0.11 31.97 25.66 231.9 9.005 1444.6
5.0 -1.53 -1.53 931.72 25.351 246.1 0.037 1437.7 3.0 -0.33 -0.33 32.31 25.95 204.3 0.011 1444.1
10.0 -1.57 -1.57 31.98 25.72 226.3 0.049 1437.9 10.0 0. 41 0.41 32.86 26.36 163.5 0.021 1448.3
15.0 -1.63 -1.63 32.27 25.94 203.4 0.060 1438.1 15.0 1.78 1.78 33.43 26.73 130.2 0.028 1455.4
20.0 -1.46 -1.46 32.80 26.38 163.2 0.069 1439.8 20.0 2. 86 2.86 33.88 27.01 104.2 9.034 1460.8
25.0 -0.90 -0.91 33.86 27.22 83.6 0.075 1443.9 25.0 3. 87 3.87 34.40 27.32 74.3 90.039 1463.9
30.0 0.76 0.76 33.91 27.18 87.4 0.079 1451.7 30.0 3.29 3.29 34.53 27.49 97.0 0.042 1463.7
35.0 0.17 0.17 34.12 27.39 68.1 0.083 1449.4 35.0 3. 74 3.74 34.71 27.38 49.9% 0.045 1466.0
40.0 -0.26 -0.26 34.32 27.57 50.7 0.0846 1447.8 40.0 2. 56 2.56 34.63 27.63 45.2 0.047 1460.9
45.0 -0.23 -0.23 34.31 27.56 $1.6 0.089 1448.0 45.0 2.55 2.55 34.78 27.73 34.1 0.049 1461.1
50.0 -0.37 -0.37 34.44 27.69 397.6 0.091 1447.7 50. 0 2.96 2.96 34.84 27.76 32.9 0.051 1463.1
535.0 -0.17 -0.17 34.49 27.70 38.3 0.093 1448.7 59.0 2. 80 2.80 34.86 27.80 29.8 0.052 1442.5
60.0 0.18 0.18 34.54 27.72 36.2 0.095 1450.3 60. 0 2. 80 2.80 34.86 27.79 30.0 0.054 1462.6
635. 0 QO. 47 0.46 34.59 27.75 33.8 0.097 1451.9 65. 0 2. 43 2.43 34.84 27.81 28.3 0.055 1461.0
79.0 QO. 31 0.51 34.57 27.73 35.6 0.099 1452.2 70.0 2.92 2.91 34.91 27.82 27.3 0.057 1463.3
73.0 0.96 0.964 34.63 27.735 33.7 0.100 1454.4 73.0 2.21 2.20 34.84 27.83 26.9? 0.058 1460.2
80.0 1.00 1.00 34.68 27.79 30.1 0.102 1454.7 80. 0 TS. 1.98 34.84 27.835 25.0 0.059 1439.3
85. 0 1.32 1.31 34.69 27.77 31.7 0.104 1456.2 85. 0 We 77d 1.77 34.83 27.85 24.6 0.061 1458.4
90.0 1.18 1.17 34.71 27.80 28.9 0.105 1455.7 90.0 1. 97 1.96 34.88 27.88 22.0 0.062 1459.4
95.0 1.16 1.16 34.72 27.81 28.7 0.107 1455.7 93.0 2.43 2.42 34.87 27.83 26.3 0.063 1461.5
100. 0 1. 32 1.31 34.75 27.82 27.5 0.108 1456.5 100. O 2.31 2.31 34.86 27.83 26.4 0.064 1461.1
110.0 1.64 1.64 34.80 27.94 25.9 0.111 1458.2 110.0 1. 80 1.80 34.99 27.98 12.4 0.066 1459.2
120. 0 1.72 1.72 34.83 27.85 24.4 90.113 1458.8 120. 0 2. 80 2.79 34.96 27.87 23.2 0.068 1463.7
130.0 1.81 1.80 34.84 27.86 24.1 0.116 1459.4 130.0 1.74 1.73 34.85 27.87 22.6 90.071 1459.9
140. 0 1.86 1.85 34.85 27.86 23.8 0.118 1459.7 140. 0 1. 88 1.87 35.00 27.98 12.9 0.072 1460.0
150.90 1.94 1.94 34.88 27.88 22.3 0.120 1460.3 150.90 2.21 2.20 34.93 27.90 20.3 0.074 1461.6
160.0 2. 04 2.04 34.88 27.87 23.2 0.123 1460.9 160. 0 2. 32 2.31 34.96 27.91 19.5 0.074 1462.2
1790.90 Mb TAS) 1.97 34.88 27.88 22.1 0.125 1460.8 170.90 2.25 2.24 34.95 27.971 19.2 0.078 1462.1
180.90 2.00 1.99 34.89 27.89 21.8 0.127 1461.1 180. 0 2.21 2.20 34.96 27.93 18.2 0.080 1462.1
190. 0 he APA 1.96 34.90 27.89 21.1 0129 1461.2 190. O 2.25 2.24 34.97 27.93 17.9 0.082 1462.3
200. 0 1.96 1.95 34.92 27.91 19.8 0.132 1461.3 200. 0 2.20 2.19 34.97 27.93 17.9 0.084 1462.4
210.0 2.03 2.01 34.92 27.71 19.8 0.134 1461.7 210.0 2.21 2.19 34.97 27.93 17.6 0.085 1462.6
220. 0 LRE97. 1.96 34.91 27.90 20.2 0.136 1461.7 220.0 2.13 2.12 34.97 27.94 16.9? 0.087 1462.4
230. 0 1.96 1.95 34.92 27.91 19.7 0.138 1461.8 230. 0 2.13 2.11 34.97 27.94 17.0 0.089 1462.6
240.0 be) 1.94 34.92 27.71 19.4 0.140 1461.9 240.0 2.12 2.11 34.98 27.95 16.2 0.090 1462.7
250. O 1.90 1.88 34.94 27.93 17.9 0.141 1461.9 250. O 1.93 1.94 34.98 27.96 15.4 0.092 1462.2
260. 0 177. 1.78 34.92 27.93 18.2 0.143 1461.3 260. 0 1.93 1.91 34.98 27.96 15.3 0.094 1462.2
270.0 79 1.78 34.93 27.993 17.9 0.145 1461.7 270.0 1.91 1.90 34.97 27.96 13.4 0.095 1462.3
280. 0 1.85 1.83 934.93 27.93 18.0 0.147 1462.1 280. 0 1.90 1.8686 34.98 27.96 15.0 0.097 1462.4
290.0 1.81 1.79 34.94 27.94 17.2 0.149 1462.1 290. 0 1.86 1.85 34.98 27.97 14.7 0.098. 1462.4
300. 0 1.83 1.81 34.98 27.97 14.3 0.100 1462.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT eee 30 3 3 3 34 SIs) 36
(DEG C) -2 - 0 3 4 5 5
100
200
(M)}
300 77 Ss Or
400
MIZEX-83 63 -1l
7-15-83
500
(SIGMA-T) 23 24 25 26 27 28
-— tI
(PPT meee 3 3 3 3 34 sis 36
100
(M)
mnt
300
400
MIZEX-83 64 -1
|
|
| 7-13-83
300
MIZEX-83 STATION 65(1) CTD _15/JUL/1983 2056 GMT CODE = 1 MIZEX-83 STATION 64(1) CTD 15/JUL/1983 2136 GMT CODE = 1
LAT = 79. 2450N LNG = -0.4767W LTER = 300. LGER = 300. LAT = _79.6017N LNG = —-1.3017W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.88 -0.88 31.63 25.42 255.2 0.000 1440.5 0.0 2.44 2.44 33.24 26.33 149.6 9.000 1437.8
1.9 -0.88 -0.88 31.63 25.42 255.2 0.005 1440.6 2.9 2.44 2.44 33.24 26.33 149.6 90.003 1457.8
9.0 -0.98 -0.98 31.39 25.39 257-5 0.013 1440.1 9.0 2.93 2.93 33.54 2672 131.0 0.007 1460.4
10.0 -1.30 -1.390 32.08 25.79 219.2 0.025 1439.4 10.0 2.99 2.95 33.73 26.88 116.4 90.014 1460.8
15.0 -1.47 -1.47 32.74 2634 167.5 0.035 1439.5 15.90 3. 37 3.57 34.19 27.19 87.3 0.019 1464.2
20.0 -1.65 -1.65 33.51 26.97 107.6 90.042 1439.9 20.0 3. 28 3.28 34.34 27.33 73.3 90.023 1463.2
29.0 -1.62 -1.62 33.74 27.15 90.5 0.047 1440.4 25.0 2. 64 2.64 34.51 27.53 35.0 0.026 1460.8
3050) §=1634-51..63-.33,,.87..27.26 797.8 ©0.051 1440.6 30.0 oa TAA 2.77 34.68 27.45 43.4 0.028 1461.7
39.0 -1.63 -1.63 33.97 27.34 72.8 0.055 1440.8 35.0 2. 81 2.81 34.75 27.70 38.6 0.031 1462.0
40.0 -1.63 -1.63 34.02 27.38 68.4 0.058 1441.0 40.0 2.861 2.81 34.839 27.77 32.4 0.032 1462.2
45.0 -1.64 -1.65 34.07 27.42 64.8 0.062 1441.1 43.90 2.73 2.73 34.86 27.80 2?.6 90.034 1462.1
390.0 -1.65 -1.65 34.13 27.47 60.4 0.065 1441.2 90.0 2.74 2.73 34.86 27.80 2797.3 0.035 1462.1
95.0 -1.63 -1.64 34.14 27.48 99.3 0.068 1441.4 39.0 2.70 2.69 34.89 27.82 27.1 0.037 1462.1
60.0 —1.58 <=-1.58 34.18 27.31 96.1 0.071 1441.8 60.0 2. 66 2.65 34.91 27.84 25.4 0.038 1462.0
65.0 -1.42 -1.42 34.22 27.54 93.5 0.074 1442.7 63.0 2. 49 2.69 34.92 27.85 24.8 0.039 1462.3
70.0 -1.19 1.19 34.30 27.59 48.4 0.076 1444.0 70. 0 2.72 2.71 34.94 27.86 23.9 0.041 1462.3
(IO OReA HOLT tl 34. Od 27.63 45.1 0.079 1443.4 73. 0 2.71 2.70 34.94 27.86 23.3 0.042 1462. 3
80.0 -0.70 -0.70 34.35 27.62 46.90 0.081 1446.5 80.9 2.59 2.59 34.95 27.88 21.7? 90.043 1462.1
85.0 -0.46 -0.47 34.42 27.6464 41.6 0.083 1447.8 85. 0 2.49 2.49 34.95 27.89 21.1 0.044 1461.7
90.0 0.03 90.03 34.60 27.78 30.6 0.085 1450.4 70.0 2.44 2.43 34.95 27.89 20.8 0.045 1461.6
93.0 1.21 1.21 34.66 27.76 33.53 0.087 1455.9 93.0 2. 36 2.35 34.95 27.90 20.3 0.046 1461.3
100.0 2.28 2.27 34.82 27.81 29.9 9.088 1460.9 100. 0 2.39 2.39 34.95 27.90 20.1 0.047 1461.6
110.0 2.95 2.54 34.84 27.380 29.8 0.091 1462.2 110.90 2. 63 2.64 34.99 27.971 19.2 0.049 1462.9
120.0 2.71 2.70 34.87 27.81 29.2 0.094 1463.2 120. 0 2.63 2.439 35.00 27.91 16.9 06.051 1463.90
130. 0 3. 03 3.02 34.94 27.84 26.4 0.097 1464.8 130. 0 2. 54 2.54 34.99 27.92 18.3 0.053 1462.8
140. 0 3.03 3.04 34.93 27. 84 26.5 0.100 1463.1 140. 0 2.43 2.42 35.00 27.93 17.3 0.055 1462.4
150.0 2.92 2.91 34.94 27.85 25.7 90.102 1464.7 150. 0 2. 34 2.34 34.99 27.94 17.1 0.057 1462.2
160.'0 2.972 2.91 34.95 27.85 25.5 0.105 1464.9 160. 0 2.23 2.22 34.99 27.94 16.2 0.058 1461.9
170.0 2. 87 2.86 34.95 27.86 24.7 0.107 1464.8 170.0 2.20 2.20 34.99 27.94 16.4 0.060 1462.90
180. O 2.89 2.868 34.96 27.86 24.3 0.110 1465.0 180. 0 2.17 2.16 34.98 27.93 16.3 0.062 1462.0
190. 0 2. 86 2.85 34.96 27.86 24.3 0.112 1465.1 1970. 0 2.17 2.16 34.99 27.95 15.5 0.063 1462.1
200. 0 2.61 2.80 34.96 27.87 23.3 0.115 1463.1 200. 0 2.11 2.10 34.98 27.95 16.1 0.065 1462.0
210.0 2.81 2.79 34.97 27.88 22.8 0.117 1465.2 210.0 2. 08 2.07 34.99 27.76 15.2 0.066 1462.1
220.0 2.77 2.735 34.98 27.89 22.39 0.117 1465.2 220.0 2. OF 2.07 35.00 27.96 14.8 0.068 1462.3
230. 0 2.76 2.74 34.97 27.88 22.8 0.122 1463.3 230. 0 2.09 2.07 935.00 27.976 14.9 0.069 1462.4
240.0 2. 61 2.60 34.95 27.88 23.1 0.124 1464.8 240.0 2. 04 2.03 935.00 27.97 14.6 90.071 1462.4
250. O 2.33 2.339 34.89 27.86 24.9 0.126 1463.8 2350. 0 1.93 1.92 34.98 27.96 15.0 0.072 1462.1
260. 0 2.19 2.17 34.93 27.90 21.2 0.129 1463.3 260. 0 1.83 1.81 34.98 27.977 14.3 0.074 1461.8
270.0 2.04 2.03 34.971 27.89 21.6 0.131 1462.8 270. 0 1. 81 2795) G4. 98 27597 1359-05075 W4G159
280.0 2.22 2.20 34.91 27.89 22.3 0.133 1463.7 280. 0 1.78 LOM 34099 Varvara 13.3 0.077 1461.9
290. 0 2.12 2.11 34.94 27.91 20.1 0.135 1463.5 290. 0 1.76 1.75 34.98 27.98 13.7 0.078 1462.0
300. 0 2.16 2.14 34.95 27.92 19.7 0.137 1463.8 299.1 1.735 1.73 34.98 27.98 13.6 0.079 1462.1
310. 0 2.12 2.11 34.96 27.93 18.5 0.139 1463.9
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T} 23 24 2 26 27 28
(PPT) 29 30 3 3 33 34 3 36
(DEG C) -
0
|
100
200
(M)
300
|
400
MIZEX-83 65 -1
|
i 7-15-83
500
(SIGMA-T) 23 24 2 2 27 28
(PPT) 29° 30 31 3 3 34 3 36
(NEG *CIO— sd
0
i
|
|
200+
(M) |
300
T S Or
400
MIZEX-83 66 -1
| 7-15-83
S00
MIZEX-83 STATION 67(1) CTD 15/JUL/1983_ 2147 GMT CODE = 1 MIZEX-83 STATION 68(1) CTD 15/JUL/1983 2230 GMT CODE = 1
LAT = 79. 2517N LNG = 0. 0O283W LTER = 300. LGER = 300. LAT = 79. 6767N LNG = —-0.9650W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BARON = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BARON = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYVOL DYNHT SOUND
0.0 -0.49 -0.49 31.29 25.13 282.6 0.000 1441.8 0.0 3. 41 3.41 33.44 26.60 142.3 0.000 1462.3
1.9 -0.49 -0.49 31.29 25.13 282.46 0.006 1441.9 2.90 3. 41 3.41 33.44 26.60 142.4 0.003 1462.3
3.0 -0.43 -0.43 31.39 25.21 274.6 0.014 1442.4 | 3.0 3.79 3.79 33.65 26.74 129.8 0.007 1464.2
10.0 -0.93 -0.93 31.54 25.35 261.6 0.028 1440.3 10.0 4.32 4.52 33.96 26.90 114.1 90.013 1467.8
15.0 -1.37 -1.37 32.06 25.78 220.5 0.040 1439.1 15.0 3. 39 9.39 34.64 27.34 72.3 0.018 1472.4
20.0 -1.51 -1.51 32.50 26.14 185.8 0.050 1439.1 20.0 9. 58 2.98 34.74 27.40 67.3 0.021 1473.4
25.0 -1.62 -1.62 33.13 26.65 137.4 0.058 1439.5 25.0 9. 66 9.66 34.80 27.44 63.6 0.025 1473.9
30.0 -1.60 -1.60 33.58 27.02 102.3 0.064 1440.4 30. 0 9. 54 9.54 34.95 27.57 50.8 0.028 1473.7
35.0 -1.64 -1.64 33.89 27.27 78.8 0.069 1440.7 35. 90 9.12 9.12 35.03 27.69 40.1 9.030 1472.1
40.0 -1.68 -1.68 33.97 27. 34 72.3 0.073 1440.7 40.0 9. O1 9.01 95.02 27.69 39.6 0.032 1471.8
43.0 -1.69 -1.69 34.01 27.38 68.9 0.076 1440.8 43.9 3. O1 3.01 35.03 27.70 37.2 90.034 1471.8
5O0.Q -1.66 -1.67 34.07 27. 42 64.6 0.080 1441.1 270.0 4.89 4.89 35.04 27.72 37.2 0.036 1471.5
53.Q -1.69 -1.69 34.11 27.493 61.5 0.083 1441.1 35.0 4.70 4.70 33.04 27.74 35.1 0.038 1470.8
60.0 -1.71 -1.72 34.14 27.48 598.8 0.086 1441.1 60. 0 4.41 4.61 35.05 27.76 33.3 0.039 1470.5
GU2OF si. fl) 1 72, 34:16) 27747 37.6 0.089 1441.2 635. 0 4.350 4.50 395.05 27.77 32.3 0.041 1470.1
70,00 (=1) 69) (12 65) 34. 18) 272 91 $6.1 0.092 1441.6 70. 0 4.49 4.48 35.06 27.78 31.6 0.043 1470.1
73.Q0 -1.45 -1.45 34.22 27.54 93.6 0.095 1442.7 735.0 4.435 4.45 35.06 27.79 31.1 0.044 1470.1
80.0 -1.20 -1.20 34.27 27.57 30.6 0.097 1444.1 80.90 4.42 4.42 33.06 27.79 30.7? 9.046 1470.90
85.0 -0.99 -0.99 34.30 27.59 48.9 0.100 1443.2 85.90 4.36 4.36 35.06 27.79 30.3 0.047 1449.9
70.0 -0.80 -0.80 34.36 27. é2 45.5 0.102 1446.2 90.0 3.99 3.99 35.03 27.81 28.97 0.049 1468. 4
95.0 -0.55 -0.55 34.41 27.66 42.4 0.104 1447.5 95.0 3. 78 3.77 35.00 27.81 28.7 0.050 1467.5
100.0 -0.33 -0.339 34.44 27.67 41.1 0.106 1448.7 100. 0 3. 69 3.68 35.00 27.62 28.1 90.052 1467.2
110.0 QO. 27 0.26 34.58 27.76 33.1 0.110 1451.8 110. 0 3. 49 3.48 35.00 27.84 26.2 0.055 1466.5
120.0 1.14 1.13 34.71 27.80 29.1 Q.113 1456.0 120.0 2.96 2.973 34.96 27.86 24.3 0.057 1464.4
130. 0 1.33 1.52 34.72 27.79 30.9 0.116 1457.9 130. 0 2.86 2.85 34.978 27.88 22.5 0.059 1464.1
140.0 1.88 1.88 34.81 27.83 27.1 0.119 1459.8 140.0 2.49 2.48 34.96 27.970 20.7 9.062 1462.7
150.0 1.94 1.93 34.82 27.83 26.5 0.122 1460.2 1350. 0 2. 37 2.36 34.94 27.90 20.8 90.064 1462.3
160.'0 2.38 2.37 34.89 27.85 25.4 0.125 1462.4 160. 0 2. 34 2.339 34.95 27.90 20.4 0.066 1462.3
170.0 2. 36 2.35 34.89 27.86 24.7 0.127 1462.5 170.0 2. 32 2.31 34.96 27.92 19.1 0.068 1462.4
180. O 2.28 2.27 34.87 27.84 23.8 0.130 1462.3 180. 0 2.21 2.20 34.95 27.91 19.5 0.070 1462.1
190. 0 2.26 2.25 34.89 27. 87 23.8 0.132 1462.4 190. 0 2.14 2.13 34.95 27.92 18.4 0.072 1462.0
200. 0 2.27 2.26 34.91 27.87 23.1 0.135 1462.6 : 200. 0 2.10 2.09 34:96 27.93 17.6 0.073 1442.0
210.0 2.27 2.26 34.91 27.88 22.8 0.137 1462.8 210.0 2. 08 2.07 34.96 27.94 17.2 0.073 1462.1
220. 0 2.20 2.19 34.91 27.88 22.6 0.139 1462.7 220.0 2. 08 2.06 34.96 27.974 17.2 0.077 1462.2
230. 0 2.17 2.16 34.91 27.88 22.5 0.142 1462.7 230.0 2.08 2.07 34.98 27.95 16.3 90.079 1462.4
240.0 2.09 2.08 34.970 27.88 22.3 0.144 1462.3 240.0 2. 04 2.03 34.97 27.95 16.3 90.080 1462.4
230. 0 1.99 | eee ee et -e A® 20.9 0.146 1462.2 250. 0 2.03 2.01 34.97 27.93 16.2 0.082 1462.5
240. 0 2. 02 2.00 34.970 27.89 21.8 0.148 1462.5 260. 0 2.00 1.98 34.98 27.975 15.7 0.084 1462.5
270.0 2.06 2.04 34.92 27.90 20.6 0.150 1462.9 270.0 1. 96 1.94 34.98 27.96 13.5 0.085 1462.5
280. 0 1.95 1.94 34.93 27.92 19.4 0.152 1462.6 280. 0 1.974 1.92 34.98 27.76 15.5 0.087 1462.6
290. O 2.06 2.04 34.96 27.94 17.7 0.154 1463.3 2970. 0 1.92 1.970 34.97 27.96 15.4 0.088 1462.7
300. 0 2.14 2.12 34.95 27.92 18.9 0.156 1463.8 296. 1 1. 89 1.88 34.97 27.76 15.4 0.089 1462.7
(SIGMA-T) 23 24 25 26 io 28
leg aie a i he Se lia f i n f
(PPT) 29 30 31 3 33 34 35 36
(DEG C) O: - 0 3 4 5 6
100
200
(M)
300
Ti $s Or
400
MIZEX-83 67 -1
7-15-83
500
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 31 32 33 34 3 36
(DEG C) 0: =-1 ie} 1 2 3 4 6
aren ers
100
200
(M)
300 t 5 Or
400
MIZEX-83 Some!
7-15-83
500
MIZEX-83 STATION 69(1) CTD _15/JUL/1983 2240 GMT CODE = 1 MIZEX-83 STATION 70(1) CTD _15/JUL/1983 2321 GMT CODE = i
LAT = 79. 2550N LNG = 0. 6017W LTER = 300. LGER = 300. LAT = 79.7533N LNG = -0. 6117W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.77 -0.77 31.46 25.28 268.2 9.000 1440.8 0.0 -0.93 -0.93 32.23 25.971 208.3 90.000 1441.1
1.9 -0.77 -0.77 31.46 25.28 268.2 0.005 1440.8 2.0 -0.93 -0.93 32.23 25.91 208.3 90.004 1441.2
5.0 -0.83 -0.83 31.58 25.38 258.8 0.013 1440.8 . 9.0 -0.80 -0.80 32.36 26.00 199.3 90.010 1442.9
10.0 <-1.31 -1.31 931.88 25.63 234.6 0.026 1439.0 10.90 0.31 0.31 32.70 26.24 177.2 90.020 1447.7
15.0 -1.44 -1.44 32.42 26.07 192.7 90.037 1439.2 15.90 2.72 2.73 33.67 2684 119.7 90.027 1459.9
20.0 -1.58 -1.58 33.32 26.81 122.9 0.045 1439.9 20. 0 2.71 2.71 34.03 27.14 92.0 0.033 1460.4
ae. 0 1. $7) ~—1.-37- 33:59 27.03 10428) 0.050 (1440: 4 23.0 2. oe 9.38 34.66 27.36 70.8 0.037 1472.3
30,0) R= ieod) 15 58 39F sev -13 92.4 0.055 1440.6 30.0 4.26 4.26 34.66 27.49 38.5 0.040 1468.0
aoeOnea inoue —t) 65) 30,07) 27) 26 79.7 9.060 1440.7 35.90 2.54 2.53 34.46 27.49 98.4 0.043 1460.4
405 ORS — 1 Glee ts Oo) (3a599" 27236 70.8 0.063 1440.9 40.0 4.59 4.59 34.44 27.28 79.1 0.047 1469.2
45.0 -1.64 -1.44 34.05 27.40 66.3 0.067 1441.1 43.90 2. 06 9.06 34.92 27. 60 48.1 0.050 1471.9
50.0 -1.65 -1.65 34.08 27.43 63.7 0.070 1441.2 90.90 9.12 9.11 34.99 27.66 43.3 9.052 1472.3
so, 0 =1269 —15 70 34.11 27:45 61.3 0.073 1441.1 39. 0 4.70 4.89 35.01 27.69 39.97 0.054 1471.5
60.0 -1.69 -1.69 34.15 27.48 98.5 0.076 1441.2 60.0 4.76 4.75 35.00 27.71 38.7 0.056 1471.90
63.90 -1.635 -1.65 3934.16 27.50 37.5 0.079 1441.5 43.0 4. 63 4.63 35.00 27.72 37.7 9.058 1470.6
70.0 -1.54 -1.54 34.20 27. 32 94.9 0.082 1442.2 70.0 4.33 4.34 35.00 27.73 36.5 0.060 1470.3
73.0 -1.44 -1.44 34.23 27.54 93.1 0.085 1442.8 73.0 4.58 4.358 35.01 27.73 36.4 9.062 1470.5
80.0 -1.28 -1.28 3425 27. 56 31.5 0.088 1443.6 BO. O 4. 38 4.58 35.02 27.74 35.9 0.064 1470.6
85.0 -1.02 -1.02 34.30 27.59 48.8 0.090 1445.90 89.0 4.30 4.30 35.01 27.77 33.2 0.065 1469.5
90.0 -0.42 -0.43 34.40 27.64 44.0 0.092 1448.0 970. 0 4.23 4.22 35.00 27.76 33.6 0.067 1469.3
93.0 0.971 0.90 34.359 27.72 36.7 0.094 1454.4 935.9 4.17 4.16 34.99 27.76 33.4 0.069 1469.1
100. O 2. 08 2.07 34.70 27.72 36.9 0.096 1459.8 100. 0 4.27 4.26 33.02 27.78 32.2 0.070 1469.7
110.0 2.51 2.51 34.80 27.77 32.9 0.100 1462.0 110.0 4.11 4° 11> (35, C3) 27580 30.2 0.074 1469.2
120.0 3.17 3.16 34.89 27.78 32.0 0.103 1463.2 120.90 3. 87 3.87 35.03 27.82 28.3 90.077 1468.3
130. 0 3. 34 3.3939 94.91 27.78 31.6 0.106 1466.1 130. 0 3. 80 3.79 35.02 27.83 27.8 0.079 1468. 2
140.90 2.73 2.72 34.86 27.80 29.8 0.109 1463.6 140.0 3. 38 3°37. 35,01 27.84 26.7 90.082 1467.4
150. 0 1.88 1.87 34.80 27.82 28.0 0.112 1459.9 150. 0 3.43 3.42 35.01 27.85 25.53 0.085 1467.0
160.0 1.81 1.80 34.79 27. 82 27.7? 0.115 1459.8 160. 0 3..30 3.29 33.00 27.86 23.1 0.087 1466.3
170. 0 27 1.76 34.81 27.84 26.0 0.118 1459.8 170.0 3. 04 3.03 34.99 27.87 23.7 0.090 1465.6
180.0 Lag a 1.98 34.86 27.86 24.3 0.120 1461.0 180.0 2. 86 2.85 34.98 27.88 22.35 0.092 1465.0
190.0 2.07 2.06 34.87 27.86 24.4 0.123 1461.5 190. 0 2.85 2.84 34.99 27.89 22.0 0.0974 1465.1
200. 0 2.11 2.10 34.88 27.86 24.1 0.125 1461.9 200. O 2.63 2.62 34.98 27.970 20.7 0.097 1464.3
210.0 2.19 2.18 34.90 27.88 23.0 0.128 1462.4 210.0 2. 358 2.357 34.99 27.92 19.5 0.099 1464.3
220. O 2.21 2.20 34.91 27.88 22.4 0.130 1462.7 220. 0 2. 36 2.55 34.98 27.71 19.9 0.101 1464.3
230.0 2.16 2.15 34.90 27.88 22.6 0.132 1462.7 230. 0 2.42 2.40 34.98 27.92 17.1 0.103 1463.9
240. 0 2.11 2.10 34.92 27.90 21.39 0.135 1462.6 240. 0 2.33 2.32 34.97 27.92 18.7? 0.105 1463.6
250.0 2. 08 2.07 34.92 27.90 20.6 0.137 1462.6 250. 0 2.20 2.18 34.97 27.93 18.1 0.106 1463.2
260. O 1.92 IIS S43 70F 27290 20.7 0.139 1462.1 260. O 2.12 2.11 34.97 27.94 17.6 0.108 1463.1
270.0 1.88 1.86 34.90 27.91 20.3 0.141 1462.1 270.0 2.26 2.24 34.98 27.93 18.09 0.110 1463.8
280. O 1. 80 phe TAs) eT trae) © EarA tel 19.8 0.143 1461.9 280. 0 2.23 2.22 34.99 27.94 L7ely ORD 25 1463959
290. 0 1.80 1778 834s) 27292 19.39 0.145 1462.0 290. 0 2.17 2.16 34.99 27.95 16.6 0.114 1463.8
300. O 1.93 1.92 34.94 27.93 18.2 0.147 1462.9 294. 5 2.14 2.13 34.98 27.94 16.9 0.114 1463.7
DEPTH TEMP: SALIN DEPTH TEMP. SALIN
(SIGMA-T) 2 24 2 26 aa 28
(PET) 2S 3 3 3 33 34 35 36
(OEG C) -
eG C 0
100
200
(MH)
300
400
MIZEX-83 639 -1
7-15-83
500
(SIGMA-T) 22 24 2p 26 27 28
(PPT) 2p 30 3} 32 ap 34 35 36
(DEG C) = 3 0 briraabnia ted RSS ene B
ere oe
T ] OF
MIZEX-83 TRON
7-15-83
I
|
200
(M)
my
|
|
500
MIZEX-83 STATION 71(1) CTD 18/JUL/1983_ 1358 GMT CODE = 1 MIZEX-83 STATION 72(1) CTD 18/JUL/1983 1425 GMT CODE =
LAT = 78. 9467N LNG = -1.3550W LTER = 300. LGER = 300. LAT =_79.2550N LNG = -1. ratte, LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOQL DYNHT SOUND
0.0 -0.22 -0.22 32.26 25.91 208.6 0.000 1444.5 0.0 -0.77 -0.77 31°60 25.39 25779 0.000 1441°>0
2.0 -0.22 -0.22 32.26 25.91 208.6 0.004 1444.5 4.9 -0.77 -0.77. 31.40 25.39 257.8 0.0139 1441.1
57072-0551 9-0) 31 32.19 25,989 geta6 0-01 118441 30 =-0:7% —-0. 77. 31:60 ~23: 39 (297.8 OLols ~f44i%1
10.0 -0.39 -0.39 32.16 25.83 215.7 90.Q22 1443.7 10.0 -0.80 -0.80 31.47 25.45 252.0 0.026 1441.1
15.0 -0.52 -0.52 32.23 25.89 210.1 0.Q32 1443.3 15.0 -0.89 -0.89 32.39 26.03 1966 90.037 1441.8
20.0 1.91 1.51 34.10 27.29 77.3 O0.040 1455.2 20. 0 0. 68 0.68 33.79 27.09 96.1 0.045 1451.0
29.0 9. 28 5.28 34.68 27. 39 68.0 0.043 1472.2 25.0 19S 1.95 34.12 27.27 79.3 0.049 1457.2
30. O 4.73 4.73 34.68 27.45 62.4 0.046 1470.0 30.0 -0.07 -Q.07 34.17 27. 44 62.8 0.053 1448.3
35. 0 9.26 5.26 34.89 27.56 92.0 0.049 1472.5 eho kou Coker h ete Eb eyo ee hehe, S2.2 0.056 1444.7
40.0 4.89 4.89 34.98 27.67 41.8 0.052 1471.2 40.0 -1.56 -1.56 34.24 27.36 31.7 0.058 1441.7
45.0 4.67 4.67 34.99 27.71 38.1 0.054 1470. 4 45.0 -1.35 -1.95 34.26 27.37 30.9 0.061 1442.8
90.0 4.66 4.66 35.01 27.72 37.2 0.056 1470.5 90.0 -0.56 °-0.56 34.24 27.32 93.53 0.064 1446.35
93.0 4.52 4.52 35.02 27.74 35.1 0.058 1470.0 29.0 1. 30 1.30 34.39 27.33 54.6 0.066 1455.3
60.90 4.40 4.40 35.01 27.75 33.9 O.Q059 1469.5 60.0 2.03 2.04 34.67 27.71 38.1 0.069 1459.0
639.0 4.27 4.27 35.02 27.77 32.1 0.061 1469.1 65.0 1.97 1.96 34.72 27.75 33.9 0.070 1458.8
790.90 4.22 4.22 35.00 27.77 32.9 0.063 1468.9 79.90 2. ol 2.61 34.79 27.73 33.9 0.072 1461.8
73.0 4.18 4.17 35.02 27.78 31.6 0.064 1468.9 73.0 2. 67 2.47 34.81 27.76 33.3 0.074 1462.2
80.0 4. 06 4.05 35.00 27.78 31.7 0.066 1468.4 80.0 2.73 223) S4589 S220 09 30.2 90.075 1462.6
85.0 3.96 3.95 935.03 27.81 28.5 0.067 1468.1 85.0 2.89 2.88 34.93 27.84 26.1 0.077 1463.4
90. O 3.85 3.84 35.01 27.81 28.6 0.069 1467.7 909. 0 3. 27 3.27 34.95 27.82 28.2 0.078 1465.2
95.0 3. 62 3.61 35.01 27.83 26.7 90.070 1466.8 95.90 2.59 2.59 34.63 27.63 45.7 0.080 1461.9
100. 0 3. 96 3.55 34.98 27.81 28.8 0.072 1466.6 100. 0 2.06 2.05 34.82 27.82 27.5 0.082 1459.9
110.90 3. 48 3.47 35.00 27.84 26.2 90.074 1466.5 110.0 LESS: 1.98 34.81 27.82 27.5 90.085 1459.8
120. 0 2.978 2.97 34.94 27.84 26.2 0.077 1464.4 120. 0 2. 07 2.07 34.85 27.84 25.6 0.087 1460.4
130.90 2.86 2.83 34.94 27.85 25.1 0.080 1464.1 130. 0 2. 32 2.31 34.88 27.85 25.2 0.090 1461.6
140. 0 3.05 3.04 34.96 27.85 25.1 0.082 1465.1 140.0 2,47 2.46 34.89 27.84 25.6 90.093 1462.5
150. 0 3.01 3.00 34.98 27.87 23.8 0.085 1465.1 1590. 0 2.59 2.58 34.92 27.86 24.7 90.095 1463.2
160.'0 2.973 2.92 34.98 27. 87 23.3 0.087 1464.9 160. 0 2.47 2.46 34.91 27.86 23.9? 0.098 1462.8
170.0 2. 84 2.83 34.98 27.89 22.90 0.089 1464.7 170. 0 2. 40 2.39 34.89 27.85 25.2 0.100 1462.7
180. 0 2. 84 2.82 34.99 27.89 21.6 90.091 1464.9 180.0 2. 44 2.42 34.974 27.88 22.1 90.102 1463.1
190. O 2.77 2.76 34.98 27.89 21.6 0.094 1464.7 190. 0 2.35 2.394 34.92 27.88 22.3 0.105 1462.8
200.0 2. 66 2.65 34.977 27.99 21.4 0.096 1464.4 200.0 2.37 2.36 34.95 27.90 21.0 0.107 1463.1
210. 0 2. 44 2.43 34.97 27.91 19.7 0.098 1463.6 210.0 2.35 2.34 34.94 27.89 21.6 0.109 1463.2
220.0 2.28 2.26 34.974 27.90 20.5 0.100 1463.0 220.90 2.29 2.27 34.94 27.90 21.0 0.111 1463.1
230. O 2.31 2.30 34.97 27.92 19.2 0.102 1463.4 230. 0 2.21 2.19 34.94 27.90 20.5 0.119 1462.9
240. 0 2. 34 2.33 34.978 27.93 18.4 0.104 1463.7 240.0 2.17 2516. (34.94) 27201 20.2 90.115 1462.9
250. 0 2. 30 2.27 34.97 27.93 18.53 0.106 1463.7 250. 0 2.17 2.16 34.94 27.971 19.6 0.117 1463.1
260. O 2.25 2.24 34.98 27.93 17.8 0.108 1463.6 260. O 2.12 2.11 34.94 27.971 19.6 0.119 1463.0
270.0 2.20 2.18 34.98 27.94 17.6 0.109 1463.6 270.0 2.08 2.07 34.94 27.92 19.3 90.121 1463.0
280. 0 2.26 2.24 34.99 27.94 17.4 0.111 1464.0 280. 0 2.07 2.06 34.95 27.92 18.6 0.123 1463.2
290.0 2.18 2.16 34.97 27.93 17.9 0.113 1463.8 2970.0 2. 07 2.05 34.95 27.93 18.53 0.125 1463.3
300. 0 2.19 2.17 34.98 27.74 17.2 0.115 1464.0 300. O 2.03 2.01 34.95 27.93 18.0 0.127 1463.3
302. 0 2.18 2.16 34.98 27.94 17.5 0.115 1464.0 310.0 13.99. 1.97 34.96 27.974 17.3 0.129 1463.3
320. O be She, 1.93 34.95 27.94 17.5. 0.131 1463.3
330. 0 1S 1.93 34.96 27.94 17.2 9.132 1463.4
340.0 1.94 92) 34796" 2793 16.8 0.134 1463.6
350. O 1.93 1391" 384896 527.99" 16.6 0.136 1463.7
360. 9 1291 138934, 96 272,95 16.7 9.137 1463.8
370. 0 1.90 1488 34597) 27.93 16.4 0.139 1463.9
380. 0 1.88 1.86 34.96 27.95 16.4 0.141 1464.0
390. O 1.73 19715 345996 27596 15.9 0.142 1463.3
400. 0 1. 66 1.64 34.95 27.96 13.7 0.144 1463.3
408. & 1. 74 1.72 34.97 27.96 15.3 0.145 1463.9
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T} 23 24 P40) 26 eat) 28
(PPT) 29 30 3 3 Sis) 34 35 36
(DEG 0) -1 4 5 6
100
200
(M)
300
iF $ Or
400
MIZEX-83 i oc |
7-18-83
500
(SIGMA-T} 23 24 2 26 27 28
(PPT) tear? <I | 3 3 34 35 36
E )- - 5 6
{(OEG C 0 4
100
200
(M)
300
j
400
T S Or
MUZEX=B3 2 ail
| 7-18-83
500
MIZEX-83 STATION 73(1) CTD 18/JUL/1983 1450 GMT CODE = 1 MIZEX-83 STATION 74(1) CTD 18/JUL/1983_ 1519 GMT CODE = 1
LAT = 78. 8883N LNG = —-1.0117W LTER = 300, LGER = 300. LAT = 79. 2500N LNG = -1.0167W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.35 -0.35 32.03 25.72 225.8 0.000 1443.5 0.0 -0.36 -0.36 31.67 23.43 253.8 0.000 1443.0
2.0 -0.35 -0.36 32.03 25.72 225.8 0.005 1443.6 4.2 -0.36 -0.36 31.47 25.43 253.8 0.011 1443.1
5.0 -0.42 -0.42 32.20 25.87 212.4 O.Q11 1443.5 3.0 -0.35 -0.35 931.67 25.43 253.8 0.013 1443.1
10.0 -0.15 -0.15 32.26 25.90 209.1 0.022 1444.9 10.0 -0.46 -0.446 31.74 25.50 247.4 0.026 1442.8
15. 0 0.35 0.35 32.50 26.07 193.0 0.032 1447.7 135.0 -0.29 -0.29 33.339 26.77 126.3 0.035 1445.9
20.0 2. 40 2.40 34.25 27.34 73.0 0.039 1459.3 20.0 -1.64 -1.64 33.83 27.23 83.3 0.040 1440.4
25.0 9. 64 5.64 34.73 27.38 69.0 0.042 1473.7 25.0 -1.69 -1.69 933.935 27.32 74.2 0.044 1440.4
30. 0 3. 61 3.61 34.70 27. 37 70.3 0.046 1473.6 30.0 =1.747 -1. 74 34°02 27.39 68.0 0.048 1440.3
35.0 3.35 5.35 34.87 27.53 35.2 0.049 1472.9 35.0 -1.74 -1.74 34.05 27.40 66.2 90.051 1440.4
40.0 4.94 4.94 34.96 27.65 43.5 0.052 1471.4 40.0 -1.73 -1.73 34.09 27. 44 62.8 0.054 1440.7
45.0 4.76 4.76 35.00 27.70 38.9 0.054 1470.8 45.0. -1.73 -1.73 34.13 27.47 39.8 0.058 1440.8
50. 0 4. 62 4.62 35.01 27.73 36.2 0.056 1470.3 90.0 41: 739.2 -1..73, 34.135 27.49 38.2 0.061 1440.9
99.0 4.32 4.351 35.00 27.73 36.90 0.057 1469.9 9920) S173) =173) 342 7 27, 90 36.7 0.063 1441.90
40.0 4.39 4.39 35.02 27.76 33.2 0.059 1469.5 60.0 -1.50 -1.530 34.22 27.34 33.3 0.066 1442.2
65. 0 4.30 4.29 35.02 27.77 32.6 0.061 1469.2 63.0 -1.26 —-1.26 34.26 27.357 30.9? 0.069 1443.5
79.0 4.19 4.19 35.02 27.78 31.5 0.062 1468.9 70.0 -1.01 -1.02 34.32 27.40 47.7 0.071 1444.8
73. 0 4.04 4.04 35.00 27.79 31.1 0.044 1468.3 75.0 -0.78 -0.78 34.34 27.62 45.53 0.074 1446.0
80. 0 3.971 3.970 35.00 27.80 29.9 0.066 1467.8 80.0 -0.37 -0.58 34.40 27.65 43.0 9.076 1447.1
85.0 3.61 3.80 35.00 27.80 29.3 0.067 1467.5 85.0 -0.43 -0.43 34.44 27.67 40.8 0.078 1447.9
90.0 3. 76 3.76 35.00 27.81 28.7 0.068 1467.3 90.90 -0.33 -0.33 34.50 27.72 36.5 90.080 1448.6
935. Q 3. 64 3.463 34.99 27.81 28.6 0.070 1466.9 93.0 0. 03 0.02 34.352 27.72 36.3 0.082 1450.3
100. O 3. 54 3.53 34.98 27.82 28.0 0.071 1466.5 100. O 0. 36 0.356 34.60 27.75 33.7 90.084 1453.0
110.0 3. 30 3.29 34.97 27.83 27.90 0.074 1445.7 110.90 1.15 1.14 34.70 27.80 2?.7 0.087 1455.9
120. O 3. 38 3.37 34.98 27.83 27.2 0.077 1466.2 120.0 1.43 1.42 34.74 27.81 28.5 0.090 1457.4
130.0 3. 35 3.34 $35.02 27.97 23.3 0.079 1466.3 130.9 1.77 1.76 34.80 27.83 26.6 90.093 1459.1
140. 0 3. 26 3.25 35.01 27.87 23.5 0.082 1466.1 140. 0 1.86 1.85 34.82 27.84 25.8 0.095 1459.7
150. 0 3.19 3.18 35.02 27.88 22.5 0.084 1465.9 150.90 wo rel 1.91 34.83 27.84 25.6 90.098 1460.1
160..0 3.03 3.02 34.99 27.87 23.5 0.086 1465.3 160. 0 2.10 2.079 34.88 27.87 23.6 0.100 1461.2
170.90 2.61 2.60 34.97 27.90 20.7 0.089 1463.7 170. 0 2.15 2.15 34.88 27.86 24.2 0.103 1461.6
180. O 2.33 2.32 34.95 27.91 20.1 0.091 1462.6 180. 0 2.20 2.19 34.89 27.87 23.5 0.105 1462.0
190. O 2. 44 2.42 34.98 27.92 18.8 0.093 1463.3 190. 0 2. 22 2.21 34.90 27.87 23.4 0.108 1462.2
200. O 2.32 2.51 34.98 27.91 19.9 0.095 1463.8 200. 90 2.25 2.24 34.92 27.89 22.0 0.110 1462.4
210. 0 2.50 2.49 34.98 27.971 19.9 0.097 1463.9 210. 0 2. 26 2.25 34.92 27.89 21.8 0.112 1462.8
220. O 2.36 2.34 34.78 27.72 18.7 0.099 1463.4 220.0 2.22 2.21 34.972 27.89 21.8 0.114 1462.8
230. O 2. 28 2.27 34.96 27.92 19.3 0.101 1463.2 230. 0 2.19 2.18 34.92 27.89 21.4 0.116 1462.8
240.0 2.14 2.13 34.95 27.92 18.7 0.102 1462.8 240.0 2.13 2.12 34.92 27.89 21.4 90.119 1462.7
250. O 2.12 2.11 934.97 27.993 17.6 0.104 1462.9 290. 0 2.14 2.12 34.93 27.90 20.5 0.121 1462.9
260. 0 2.20 2.19 34.97 27.93 17.7 90.106 1463.4 260. 0 2.08 2.07 34.92 27.90 20.7 90.123 1462.8
270. 0 2. 28 2.26 34.99 27.94 17.3 0.108 1463.9 270.0 2. 00 1.99 34.93 27.92 19.4 0.125 1462.6
280. O 2.08 2.07 34.97 27.94 16.9 0.110 1463.2 280. 0 be beard 1.78 34.94 27.92 19.0 0.127 1462.8
2970.0 2.03 2.01 34.98 27.95 16.0 0.111 1463.2 270.90 1.94 1.93 34.93 27.92 197.1 0.129 1462.7
300. O 2.00 1.98 34.98 27.96 15.8 0.113 1463.2 300. O 1.94 1.92 34.93 27.92 18.8 0.131 1462.9
310.90 1.90 1.89 34.93 27.93 18.5 0.1393 1462.9
320. 0 1.87 1.85 34.94 27.93 17.8 0.134 1462.9
330. 0 1.86 1.84 34.94 27.93 17.8 0.136 1463.90
340. 0 1. 80 1.78 34.93 27.93 18.3 0.138 1462.9
350. 0 1.69 1.67 34.93 27.94 17.3 0.140 1462.4
360. 0 1.64 1.62 34.93 27.94 16.9 0.142 1462.5
370. 0 1.37 1.55 34.91 27.94 17.6 0.143 1462.4
380.0 1.61 Lov9) 34594" 272.99 16.3 0.1435 1462.7
370. 0 1297; 1.55 34.93 27.95 16.1 0.147 1462.7
400. 0 1.335 1.33 34.91 27.95 16.4 0.148 1461.9
408. 6 1.29 1.27 34.92 27.96 14.9 0.150 1461.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T} 23 24 25 26 27 28
(PPT) 22 30 3] 32 33 34 35 35
(DEG C) a - 0 3 4 5 6
wi 7 <=.
100
200
(M)
300
Ti S Or
400
ELE, Bay Noah 6.8) sel
7-18-83
500
(SIGMA-T) 23 24 25 26 27 28
a a a a
(PPT) 2 30 3 3 33 34 35 36
(DEG C) 6
100
200
OD ar
300
400
| MEX 39 74 -
| 7-18-83
500
MIZEX-83 STATION 75(1) CTD 18/JUL/1983_1539 GMT CODE = 1 MIZEX-83 STATION 76(1) CTD 18/JUL/1983 1608 GMT CODE = 1
LAT = 78. 8367N LNG =_ —0O. 6350W LTER = 300. LGER = 300. LAT = 79.2533N LNG =_ —-0O. 4267W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = O20%
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 QO. 81 0.81 32.26 25.86 213.2 0.000 1449.2 0.0 -0.82 -0.82 31.82 25.37 240.2 0.000 1441.1
2.0 oO. 81 0.81 32.26 25.86 213.2 0.004 1449.2 1.9 -0.82 -0.82 31.82 25.537 240.2 0.005 1441.1
9. 0 0.85 0.85 32.27 25.86 213.0 0.011 1449.5 5.0 -0.83 -0.83 31.77 25.53 243.9 0.012 1441.0
10. 0 0. 86 0.86 32.31 25.89 209.9 0.021 1449.6 10.0 -0.78 -0.78 31.67 25.435 251.7 0.025 1441.2
15.0 1.50 1.50 32.70 26.17 184.0 0.031 1453.2 15.0 -0.95 -0.95 31.77 25.54 243.5 0.037 1440.6
20.0 2.73 2.72 33.50 26.71 132.4 0.039 1459.7 20.0 -1.36 -1.36 32.31 25.98 201.0 90.049 1439.6
25.0 9. 34 5.34 34.26 27.05 100.4 0.045 1471.9 25.0 -1.53 -1.53 933.32 2680 123.1 0.057 1440.2
30.0 4.93 4.93 34.94 27. 64 44.7 0.049 1471.1 3010) > 1) S81 980 338267, ser 0 93.6 0.062 1440.6
35.0 4.95 4.95 35.00 27.468 40.6 0.051 1471.4 35.0 -1.60 -1.60 33.99 27.27 797.0 0.067 1440.9
40.0 4.89 4.89 35.01 27.69 39.4 0.053 1471.2 40.0 -1.64 -1.64 33.95 27.32 73.8 0.070 1440.9
43.90 4.78 4.77 35.00 27.70 38.6 0.055 1470.8 45.0 -1.66 -1.66 34.02 27.38 68.32 90.074 1441.90
90. 0 4.73 4.72 35.01 27.71 37.7 0.057 1470.7 50.0 -1.63 -1.65 34.06 27.41 65.6 0.077 1441.1
59.0 4.67 4.47 35.01 27.72 37.1 O0.Q59 1470.6 95.0 -1.464 -1.64 34.09 27.44 62.7 0.081 1441.93
60.90 4.73 4.735 39.03 27.73 36.6 0.061 1471.0 60.0 -1,68 -1.68.-34.11 27.46 61.2 90.084 1441.3
65. 0 4.70 4.70 35.03 27.74 35.8 0.063 1470.9 69. Oo S17 OR 1 ee 34h es Ae 58.3 0.087 1441.3
790.0 4.61 4.60 35.04 27.75 34.2 0.064 1470.6 790.0 -1.6Q0 -1.61 34.20 27. 32 939.0 0.090 1441.9
73.0 4.44 4.43 35.03 27.76 33.6 0.066 1470.0 75.0 -1.64 -1.64 34.23 27.35 32.2 0.092 1441.8
80.0 4.32 4.32 35.02 27.77 32.8 0.068 1469.6 80.90 -1.34 -1.34 34.35 27.64 43.8 0.095 1443.5
85. O 4.27 4.27 35.01 27.77 33.1 0.067 1469.4 85.0 -0.57 -Q.57 34.41 27. 66 42.4 0.097 1447.3
970.0 4.28 4.27 35.02 27.77 32.5 0.071 1469.6 70.0 0.17 0.17 34.54 27.73 36.1 0.099 1450.9
93. 0 4.23 4.22 35.02 27.78 31.7 0.073 1469.4 73. 0 0. 31 0.31 934.45 27.65 43.6 0.101 1451.5
100. 0 4.08 4.08 35.02 27.79 30.7 0.074 1468.9 100.0 1.83 1.85 34.46 27.55 33.4 0.103 1458.5
110.90 3.970 3.89 35.01 27.81 29.3 0.077 1468.3 110.0 2.88 2.87 34.86 27.78 31.3 0.108 1463.7
120. 0 3.85 3.84 35.01 27.81 28.9 0.080 1468.2 120.0 2. 69 2.644 34.80 27.76 33.7 0.111 1462.8
130. 0 3.79 3.70 35.00 27.82 28.3 0.083 1467.8 130.0 2. 60 2.60 34.86 27.81 28.8 0.114 1462.9
140. 0 3. 47 3.47 35.01 27.85 25.5 0.086 1447.0 140. O 3. 03 3.02 34.93 27.83 27.4 0.117 1464.9
150.0 3. 30 3.29 35.01 27.86 24.2 0.088 1466.4 150.90 2.983 2.84 34.78 27.72 37.5 0.120 1464.1
160.'0 3.14 3.13 35.00 27. 87 23.7 0.091 1465.8 160.0 1.82 1.81 34.79 27.82 28.1 0.124 1459.8
170.90 2.974 2.93 35.00 27.89 21.8 0.093 1465.2 170.0 1.74 1.73 34.80 27.83 26.4 9.126 1459.7
180. O 2.84 2.83 35.01 27.71 20.2 0.095 1464.9 180. 0 2. 07 2.06 34.85 27.85 25.4 0.129 1461.4
190.0 2.73 ey yes they doles Aas! 20.2 0.097 1464.6 190. 0 2. 04 2.03 34.85 27.85 25.1 0.132 1461.4
200.0 2. 57 2.56 35.01 27.93 17.8 0.099 1464.1 200. 0 2.03 2.04 34.86 27.86 24.5 0.134 1461.6
210.0 2. 48 2.47 35.00 27.73 18.1 0.101 1443.8 210.0 2.14 2.13 34.88 27.86 24.0 0.137 1462.2
220.0 2.39 2.38 35.00 27.94 16.8 0.103 1463.6 220.90 2. 20 2.18 34.90 27.87 23.3 0.139 1462.6
230. 0 2.34 2.32 34.99 27.94 17.4 90.105 1463.5 230. 0 2.17 2.16 34.90 27.88 22.5 0.141 1462.7
240.0 2.24 2.239 34.98 27.94 17.5 0.106 1463.3 240.0 2.13 2.12 34.91 27.89 22.1 90.144 1462.7
250.0 2.22 2.20 34.93 27.94 17.4 0.108 1463.3 250. 0 2.16 2.14 34.92 27.90 21.1 0.146 1463.0
260.0 2.24 2.23 35.00 27.95 16.2 0.110 1463.6 260. 0 2.27 2.25 34.95 27.971 20.2 0148 1463.7
270.0 2.16 2.15 34.998 27.94 16.8 0.111 1463.4 270.0 2.24 2.239 34.95 27.91 20.0 0.150 1463.7
280. 0 2. O07 2.06 34.997 27.76 15.6 0.113 1463.2 280. O 2.08 2.06 34.93 27.71 20.3 0.152 1463.1
290. 0 2. 04 2.03 34.98 27.95 16.2 0.115 1463.2 2990. 0 eared 1.976 34.91 27.90 21.0 90.154 1462.8
300. O 2. 02 2.00 34.99 27.96 15.4 @.116 1463.3 300. 0 ba eae 1.94 34.93 27.92 19.3 0.1536 1462.9
310.0 1.98 1.96 35.00 27.97 14.4 0.118 1463.3 310.90 2.91 199° B496 - 27294 17.8 9.138 1463.4
320. 0 La, Vee eS See Oe 14.9 0.119 1463.4 320. 0 2.05 2.03 34.95 27.93 18.4 0.160 1463.7
326.2 1.94 15927734: 99) (27,97 14.5 0.120 1463.4 330. 0 2. 08 2.06 34.97 27.974 17.0 0.162 1464.90
340. 0 2.10 2.09 34.93 27.93 16.8 0.163 1464.3
33590. 0 2. 02 2.00 34.96 237.974 L75 7s O21695 TA6G4at
360. 0 1. B2 1.80 34.94 27.74 iiice OF 167 P46393
370. 0 1. 76 1.74 34.93 27.94 V7 7e 0: 169 T4635 2
389.90 1. 68 1.66 34.93 27.974 17.3 0.171 1463.1
390. O 1. 80 LioO7TS 34: Wie 26 15.7 0.172 1463.8
400.0 1.80 1.78" 34.976 27.96 16.1 0.174 1463.9
406. 3 1.72 1.71 34.96 27.96 15.7 0.175 1463.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T} 23 24 25 26 27 28
(PPT) 29 30 3 32 33 34 35 36
(OEG C) or -i 0 3 4 5 6
100
200
(M)
vs
T bs} Or
400
MeL cA US is) yl
7-18-83
500
(SIGMA-T) 23 24 25 26 27 28
fee ee fa ef fn fe nf na cn]
(PPT) 2 30 3 3 33 34 35 36
(DEG C) ot ~ 0 3 4 5 6
100
200
(M)
300
400
is S Or
MiZEX-—3S dey
i 7-18-83
500
MIZEX-83 STATION 77(1) CTD _18/JUL/1983_ 14626 GMT CODE = 1 MIZEX-83 STATION 78(1) CTD 18/JUL/1983 1714 GMT CODE = 1
LAT = _78.7617N LNG =_ -0.37467W LTER = 300. LGER = 300. LAT = 78. 7317N LNG = _ —-0O. O85OW LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 2.76 2.76 33.22 26.48 153.9 0.000 1459.1 0.90 2.28 2.28 33.49 26.74 129.1 0.000 1457.4
2.0 2.76 2.75 33.22 26.48 153.9 0.003 1459.2 2.0 2.28 2.28 33.49 26.74 129.1 90.003 1437.5
9.0 2.83 2.83 33.28 2653 149.5 90.008 1459.6 9.0 2.25 2.25 33.49 2674 129.4 0.007 1457.4
10.0 3. 36 3.36 33.65 26.77 126.5 0.015 1462.5 . 10.0 2.03 2.03 33.47 26.74 129.1 0.013 1456.5
15.0 3. 61 3.60 33.78 26.86 118.6 0.Q02i 1463.8 15.90 1.92 1.92 33.47 26.75 128.1 90.020 1456.1
20.0 3. 82 3.82 33.97 26.98 106.7 0.027 1465.0 20.0 2.39 2.59 33.70 26.88 113.8 90.026 1459.4
25.0 2. 00 2.00 33.74 26.97 108.1 0.032 1457.0 25.0 3. 69 3.69 34.13 27.12 93.2 0.031 1464.8
30.0 1.95 1.95 33.81 27.03 102.3 0.037 1436.9 30. 0 3. 74 3.74 34.47 27.39 68.1 0.035 1463.6
35.0 3. 88 3.88 34.43 27.33 72.3 0.042 1466.2 35. 0 3. 70 3.69 34.73 27.40 48.2 0.038 1465.8
40. 0 4.45 4.45 34.71 27.50 97.3 0.045 1469.0 40.0 3. 47 3.47 34.85 27.72 36.7 0.040 1465.1
43.0 4.36 4.55 34.85 27.61 47.9 0.048 1469.7 45.90 3. 36 3.96 34.93 27.79 30.1 0.042 1464.8
90.0 3. 50 3.49 34.93 27.78 31.4 0.050 1465.5 90. 0 3.25 3.25 34.95 27.82 27.2 0.043 1464.4
33.0 3. 38 3.37 34.95 27.81 28.6 0.051 1465.1 33.90 3. 17 3.17 34.96 27.84 25.6 90.045 1464.2
60. O 3. 24 3.23 34.94 27.83 26.4 0.053 1464.6 60.0 3. O06 3.06 34.98 27.86 23.3 0.046 1463.8
65.0 3. 06 3.905 34.98 27.86 23.8 0.054 1463.9 63.90 2.92 2.92 34.99 27.89 21.4 90.047 1463.3
70. Q 2.79 2.979 34.98 27.87 239.0 0.055 1463.7 790. 0 2. 88 2.88 34.99 27.87 21.3 0.048 1463.3
73.90 2.71 2.91 34.97 27.87 22.6 9.056 1463.4 73.90 2.73 2.73 34.98 27.89 21.0 0.049 1462.7
80.0 2.73 2.73 34.99 27.990 19.7 0.057 1462.8 80.0 2. 57 2.37 34.99 27.971 18.7 90.050 1462.1
835. 0 2.70 2.69 34.978 27.70 20.3 0.058 1462.7 85.0 2. 47 2.47 34.99 27.92 17.8 0.051 1461.7
90.0 2. 64 2.64 34.99 27.91 19.3 0.059 1462.5 990. 0 2. 36 2.3953 34.99 27.93 17.0 0.052 1461.3
935.0 2.56 2.55 34.98 27.91 19.2 0.060 1462.2 935. 0 2.21 2.21 34.99 27.93 15.6 0.053 1460.8
100.0 2.41 2.41 34.98 27.92 i7onvew OL OG le LASI a7, 100. 0 2.13 2195.34.99 27.99 13.3 0.054 1460.6
110. 0 2.24 2.23 34.98 27.94 16.4 0.063 1461.1 110. 0 2. 08 2.07 34.98 27.93 15.6 0.055 1460.4
120.0 2.12 oe lig se. 908 ela 2S 15.2 0.065 1460.8 120.0 2.00 1.99 34.98 27.95 14.7 0.057 1460.2
130. O 2.05 2.04 34.99 27.96 14.7 0.066 1460.6 130. 0 1.89 1.88 34.99 27.97 13.7 0.058 1459.9
140. 0 1.96 1.96 34.99 27.96 14.1 0.067 1460.4 140. 0 1. B2 1.82 34.97 27.96 14.1 0.060 1459.8
150.0 1.993 1.92 394.98 27.976 14.2 0.0467 1460.4 150. 0 IZ 7 1.78 34.98 27.97 13.4 0.061 1459.8
160.:0 1.89 12 86n 34) 28 27-97 13.9 0.070 1460 4 160. 0 1.75 1.74 34.98 27.98 13.0 0.062 1459.8
170.90 1.84 1.83 34.97 27.96 14.4 0.072 1460.3 170. 0 1.71 1.70 34.98 27.98 13.0 90.064 1459.8
180. 0 1.81 1.80 34.98 27.97 13.8 0.073 1460.4 180. 0 1. 66 1.65 34.97 27.98 13.0 0.065 1459.7
190.0 1.78 1.77 34.98 27.97 13.4 0.075 1460.4 1970. 0 1.63 1.62 34.98 27.98 12.5 0.066 1459.7
200. 0 1.73 1.73 34.97 27.97 13.6 0.076 1460.4 200. O 1. 62 1.61 34.98 27.99 i2.1 0.067 1439.9
210.0 i. 68 1.67 34.97 27.98 13.2 0.077 1460.3 210.0 1.36 1.55 34.97 27.98 12.9 0.069 1459.8
220. 0 1.59 1.58 34.97 27.98 12.8 0.079 1460.1 220.0 1. 31 1.50 34.98 27.99 11.9 0.070 1459.7
230. 0 1.34 1.52 34.97 27.98 12.6 0.080 1460.0 230. 0 1. 438 1.44 34.97 27.99 12.1 0.071 1459.6
240. 0 1. 44 1.43 34.96 27.98 12.7 90.081 1439.7 240. 0 1.40 1.39 34.97 27.99 11.5 0.072 1459.3
250. 0 1.39 1.908 34.96 27.99 i2.0 0.082 1439.6 230. 90 1.39 1.34 34.96 27.99 11.7 0.074 1459.3
240. O 1. 36 1.35 34.96 27.99 t2.1 0.084 1459.7 260. 0 1. 32 1.31 34.96 27.99 11.9 90.0735 1459.3
270.0 1.29 1.268 34.96 27.99 11.8 0.085 1459.5 270. 0 1. 28 1.27 34.96 27.99 L1o7 -O,076 T459°5
280.0 1.24 1.239 34.96 28.00 11.3 0.086 1459.5 280.0 1.22 1.20 34.95 27.99 11.8 0.077 1439.4
290. 0 1. 22 1.20 34.95 27.99 12.0 0.087 1459.5 290. 0 to, 1.17 34.96 28.00 11.0 0.078 1459.4
300. 0 1.14 1.12 34.93 28.00 41.2 0.079 1439.3
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 2 2 27 28
(PET) 29 30 3} 32 33 34 3p 36
)- - i 4
pres 0
oo
{
|
wl
j
(M)
300
T S Or
400
MIZEX-83 Ha liee 1
|
| 7-18-83
500
(SIGMA-T) 23 24 25 26 27 28
| 1 coe Wont ea Mone oh aaa arbor ey Seal eae
(PPT) 29 39 34 32 33 34 35 35
(DEG C) 2 * 0 1 . Fi 6
100
200
(M)
300
T 5 Cr
400
| MIZEX-83 Coe |
| 7-18-83
500
MIZEX-83 STATION 79(1) CTD 18/JUL/1983 1723 GMT CODE = 1 MIZEX-83 STATION &80(1) CTD 19/JUL/1983 1806 GMT CODE = 1
LAT = 79. OOOON Bos =. ea san LTER = 300. LGER = 300. LAT = 79. 2500N LNG = -O. een LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = .O WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = .Q WIND = Q.0 SPEED = Q.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.90 -0.90 31.43 25.26 270.1 0.000 1440.1 0.0 -0.96 -0.96 31.60 25.39 257.3 90.000 1440.1
3.9 -0.90 -0.91 31.43 25.26 270.1 0.011 1440.2 4.9 -0.96 -0.96 31.60 25.39 257.3 90.013 1440.2
5.0 -0.90 -0.90 31.48 25.30 266.2 0.014 1440.3 3.0 -0.96 -0.96 31.60 25.39 257.3 0.013 1440.2
10.0 -0.83 -0.83 32.26 25.93 206.7 0.026 1441.8. 10.0 -0.99 -0.99 31.59 25.39 237.4 0.026 1440.1
15.0 -0.88 -0.88 33.11 2662 140.9 0.034 1442.9 15.0 -1.07 -1.07 31.68 25.46 250.6 90.039 1439.9
20.0 -0.84 -0.84 33.20 26.69 134.4 0.041 1443.2 20.90 -1.30 -1.31 32.12 25.83 215.9 9.051 1439.35
25.0 -0.80 -0.80 33.45 27.04 98.7 0.047 1444.2 235.0 -1.57 -1.37 33.15 26.67 135.6 9.060 1439.8
30.0 -0.73 -0.74 34.04 27.37 69.7 0.051 1445.1 OOF 1 ie ols 7 58, OF) vero 93.8 0.0635 1440.7
39.0 -1.23 -1.23 34.18 27.49 937.7 0.055 1443.0 35.0 -1.61 -1.461 933.85 27.24 81.7 0.070 1440.8
40.0 0. 42 0.42 34.30 27.51 96.0 0.058 1450.9 40:0" (S17 71) Sil) -33)972 “27.34 72.1 0.074 1440.6
45.0 1.07 1.06 9394.54 27.67 41.1 0.060 1454.2 439.0 -=1.75 -1.73 33:99 27.36 70.2 0.077 1440.5
90.90 1.22 1.21 34.59 27.70 38.5 0.062 1435.1 IO 0s = 1 eleie ah nd 34 O22) ef 3k 68.4 0.081 1440.7
39. 0 1. 34 1.394 34.63 27.73 35.9 0.064 1455.8 99.0 -1.68 -1.69 34.05 27. 41 63.9 0.084 1441.0
40. 0 1.25 1.24 934.65 27.75 33.9 0.066 1455.4 60.0 -1.64 -1.64 34.99 27. 44 63.1 0.087 1441.4
65.0 1.42 1.41 34.68 27.76 33.2 0.067 1456.3 63.90 -1.63 -1.63 34.12 27.46 60.6 0.091 1441.6
70.0 1.44 1.44 934.70 27.77 32.1 0.0469 1456.5 70.0 -1.66@ -1.67 934.14 27.48 9?.2 0.094 1441.3
735.0 1. 47 1.46 34.71 27.78 30.9 Q.071 1456.8 73.0 -1.69 -1.69 34.14 27.48 97.0 0.097 1441.5
go. 0 1.51 1.50 34.73 27.79 29.9 0.072 1457.0 80.0 -1.61 -1.61 34.18 27.351 36.2 0.099 1442.0
85.0 1.57 1.57 934.75 27.80 29.3 0.074 1457.4 89.0 -1.43 -1.43 34.21 27.353 94.4 0.102 1443.0
90.0 1.73 1.72 34.78 27.81 28.0 0.075 1458.3 TOO) -P1S +1. 13) 34028 27. 37 90.3 0.105 1444.5
95.0 1787 1.87 34.80 27.82 27.5 0.077 1459.0 95.0 -0.34 -0.34 34.37 27. 41 46.3 0.107 1448.4
100. 0 1.83 1.839 34.79 27.82 27.8 0.078 1458.9 100.0 -0.33 -0.34 34.40 27. 64 44.1 90.110 i448.6
110.0 2. 09 2.08 34.84 27.84 25.8 0 081 1460.2 110.0 0. 56 0.35 34.50 27.67 41.0 0.114 1453.0
120.0 2.49 2.48 34.92 27.87 23.5 0.083 1462.3 120.0 2.35 2.394 34.78 27.77 32.4 90.118 1461.5
130.0 2.46 2.439 34.90 27.85 24.7 Q0.086 1462.3 130. 0 2. 20 2.19 34.80 27.79 30.3 0.121 1461.0
140.0 2.49 2.48 34.971 27.986 24.3 0.088 1462.6 149.90 Le Ted. 1.79 34.74 27.78 31.6 90.124 1459.93
150. 0 2. 30 ea & EY Se Aaa ls] 22.6 0.090 1461.9 150. 0 2.02 2.02 34.82 27.82 27.3 0.127 1460.6
160.0 2.36 2.35 34.971 27.87 23.1 0.093 1462.3 160. 0 2.18 2.17 34.82 27.82 28.3 0.130 1461.3
170. 0 2.27 2.26 34.91 27.88 22.3 0095 1462.1 170. O 2. 44 2.43 34.89 27.85 25.2 0.132 1462.9
180.90 2.23 2.22 34.93 27.70 21.0 0.097 1462.2 180. 0 2. 36 2.95 34.970 27.85 25.6 0.135 1463.5
190. 0 2.28 2.27 34.73 27.89 21.1 0.099 1462.5 19790. 0 2. 37 2.56 34.972 27.86 24.5 0.138 1463.8
200. O 2.19 2.18 34.92 27.89 21.1 0.101 1462.3 200. 0 2.70 2.69 34.95 27.87 23.7 0.140 1464.6
210.0 2.18 2.17 34.91 27.89 21.9 0.104 1462.4° 210.0 2.47 2.46 34.92 27.87 23.6 0.142 1463.7
220. O 2.10 2.09 34.92 27.90 20.8 0.106 1462.2 220.0 2.37 2.36 34.92 27.88 23.1 0.145 1463.4
230. 0 2.03 2.02 34.971 27.90 20.9 0.108 1462.1 230. 0 2.23 2.23 34.91 27.88 22.8 0.147 1463.0
240.0 bs A ISN e4S3) 272 92 19.2 0.110 1462.1 240.0 2.14 2.12 34.90 27.88 22.3 0.149 1462.7
250.0 1.92 1.91 34.93 27.92 19.1 0.112 1462.0 250. 0 2.11 2.09 34.91 27.89 22.0 0.152 1462.7
260.0 1.971 1 BF S459 1) 27591 20.1 0.114 1462.0 260. O 2.24 2.23 34.94 27.971 20.5 0.154 1463.5
270.0 1.88 1.87 34.93 27.93 18.1 0.116 1462.1 270.0 2.13 2.12 34.91 27.89 22.0 90.1546 1463.2
280.0 1.74 1.72 34.92 27.93 18.1 0.118 1461.6 280. 0 2. O7 2.03 34.91 27.970 21.4 0.158 1463.1
290. 0 1. 72 Vy 71 34.93 (27294 17.4 @.119 1461.7 290. 0 2. 02 2.00 34.92 27.791 20.2 0.160 1463.0
300. 0 1. 62 1.61 34.91 27.99 18.1 0.121 1461.4 300. 0 197, 1.97 34.93 27.92 19.1 0.162 1463.1
310. 0 1.58 1.56 34.92 27.74 17.2 0.123 1461.4 310. 0 1.95 1.93 34.93 27.92 19.3 0.164 1463.1
320. 0 1.52 1.50 934.92 27.94 16.8 0.125 1461.3 320. 0 1.92 1.90 34.93 27.972 18.9 0.166 1443.1
330. 0 1.46 1.45 34.92 27.95 16.3 0.126 1461.2 330. 0 1. B7 1.85 34.93 27.93 i8.3 0.168 1463.0
340. 0 1.45 1.44 34.92 27.95 16.1 0.1286 1461.4 340.0 1.89 1.87 34.94 27.93 18.4 0.170 1463.3
350. 0 1. 50 1.49 34.92 27.95 16.4 0.130 1461.8 350. 0 1. 86 1.84 34.94 27.94 17.7 0.172 1463.3
360. 0 1.50 1.49 34.92 27.95 16.6 0.131 1461.9 360. 0 1.85 1.83 34.94 27.93 18.2 0.173 1463.5
370.90 1.45 1.43 34.92 27.95 16.4 0.1393 1461.9 370.90 1.79 1.77 34.93 27.993 18.2 0.175 1463.3
380. 0 1. 40 1.398 34.93 27.96 15.4 0.135 1461.8 380. 0 1.73 1.73 34.93 27.93 18.0 0.177 1463.4
390. 0 1.34 1.32 934.92 27.96 15.2 0.136 1461.7 3970.9 1.70 1.68 394.93 27.94 17.8 90.179 1463.3
400. O 1. 64 1.62 34.92 27.94 17.3 0.181 1463.2
400. 4 1.63 1.614 34.93 27.94 17.3 0.181 1463.2
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(DEG OS
(SIGMA-T) 23 24 25 2 27 28
(PPT) 29 30 31 3 3 34 35 36
200
(M)
300
400
T S Cr
MIZEX-83 79 -1
7-18-83
500
(SIGMA-T) 23 24 25 26 27 28
a eS
(PPT) 29 30 31 32 33 34 35 36
en ne a aS
(DEG C) = - 0 3 4 5 5
100
200
(M)
300
400
MIZEX-63 COs
7-19-83
soo
MIZEX-83 STATION 981(1) CTD 19/JUL/1983 1903 GMT CODE = 1 MIZEX-83 STATION 82(1) CTD 19/JUL/1983_ 1950 GMT CODE = 1
LAT = 79. 2567N LNG =_ -0.5150W LTER = 300. LGER = 300. LAT = 79. 0100N LNG = 0. 4750W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPYVOL DYNHT SOUND
OF07 —lai7 Si, 17) 31,74 235. 515 246;0) 0.00077 143953 0.0 -0.03 -0.03 31.67 25.42 2535.1 0.000 1444.5
5.0 -1.17 -1.17 31.74 25.51 246.0 0.012 1439.4 5.0 -0.03 -0.03 31.67 25.42 255.0 0.013 1444.6
7.4 -2,17 -2.17 31.74 25:51 246.0 0.018 1439.4 -5.7 -0.03 -0.03 31.67 25.42 255.0 0.015 1444.6
10.0 =-1.21 -1.21 31.80 25.357 240.7 0.025 1439.4 10.0 0. 06 0.06 31.84 25.35 242.3 0.0246 1445.3
15.0 -0.96 -0.96 32.56 26.18 182.9 0.036 1441.7 15.0 0. 43 0.43 33.13 26.57 145.2 0.035 1448.9
20.0 -0.97 -0.97 33.14 26.65 138.1 0.044 1442.6 20.0 -0.56 -0.56 33.61 27.01 103.6 0.042 1445.1
eon On —lk Soe 1) 38m S30 71)” 27a le 92.9 0.050 1441.5 25.0 -1.19 -1.20 34.16 27.48 37.3 0.046 1443.90
30.0 -1.67 -1.67 33.99 27.36 70.7 0.054 1440.6 30.0 -1.00 -1.00 34.26 27.35 S2.5 0.049 1444.1
doa Oneaiec7 lente 7 ie 794, O38) (er, 39 67.9 Q.057 1440.6 35.0 -0.25 -0.25 34.40 27.63 44.9 0.051 1447.9
40.0 -1.74 ~-1.74 34.05 27.41 66.0 0.061 1440.6 40.0 2.73 2.72 34.89 27.82 27.90 0.053 1461.9
45.0 -1.68 —-1.68 34.07 27. 42 64.3 0.064 1440.9 435.0 3. 32 3.51 34.84 27.71 38.2 0.054 1465.3
VOOR — lees — 10 71S 342 PO) 27 4S 61.9 0.067 1440.9 90. 0 3.21 3.20 34.88 27.77 32.5 0.056 1464.2
Jon0) 35 69) - 1) 69. 34, 14 27.48 99.2 0.070 1441.2 55. 0 2.94 2.93 34.85 27.77 31.8 0.058 1463.0
60.0 -1.72 -1.72 34.17 27.50 96.9 0.073 1441.1 60.0 2.81 2.80 34.86 27.79 30.2 0.059 1462.6
695 0m aioe Hl) ful ot lo) ef. oe 94.7 0.076 1441.1 65.0 2.79 2.73 34.86 27.80 297.8 0.061 1462.4
70.90 -1.49 -1.49 34.23 27.55 532.6 0.079 1442.5 70.0 2. 62 2.62 34.85 27.80 29.4 90.062 1461.9
Vite Omen deo hiven 117. B34) 278 272 S77. 50.4 0.081 1444.1 73.90 2. 62 2.62 34.86 27.80 29.1 0.064 1462.90
80.0 -0.70 -0.90 34.34 27.61 46.6 0.084 1445.6 80. 0 2. BO 2.80 34.90 27.82 27.6 0.065 1462.9
85.0 -0.04 -0.04 34.44 27.66 42.5 0.086 1449.7 85.0 2.78 2.77 34.88 27.81 28.5 0.067 1462.9
90.0 2.71 2.91 34.970 27.81 28.4 0.088 1443.6 90. 0 2. 62 2.62 34.89 27.83 27.0 0.068 1462.3
95.0 3. 24 3.24 34.86 27.75 34.6 0.089 1465.0 935.0 2.71 2.71 34.92 27.84 25.5 90.070 1462.8
100. O 3. 25 3.24 34.86 27.75 34.2 0.091 1465.2 100. 0 2.72 2.71 34.91 27.84 23.97? 0.071 1462.9
110.90 3.26 3.25 34.88 27.76 33.5 0.094 1465.4 110.0 2.58 2.57 34.91 27.85 25.1 0.073 1462.5
120. 0 3.26 3.25 34.87 27.76 33.8 0.098 1465.5 120. 0 2.43 2.42 34.91 27.86 23.9? 0.076 1462.0
130.0 3.53 3.52 34.94 27.79 31.1 0.101 1466.9 130.0 2.50 2.49 34.93 27.87 22.7%? 90.078 1462.3
140.0 3.99 3.98 35.01 27.80 30.6 0.104 1469.1 1490.90 2. 37 2.36 34.90 27.86 23.7 0.081 1462.1
150. 0 3. 61 3.60 34.97 27.80 30.5 0.107 1467.6 150. 0 2.45 2.44 34.94 27.88 21.9 0.083 1462.6
160.:0 2.57 2.56 34.88 27.983 27.1 0.110 1463.2 160. 0 2. 48 2.47 34.95 27.89 21.1 0.085 1462.9
170.0 2.62 2.61 34.91 27.85 25.8 0.113 1463.64 170. 0 2.47 2.46 34.96 27.90 20.7 90.087 1463.1
180. 0 2. 64 2.639 34.92 27.85 25.1 0.115 1463.9 180.0 2. 44 2.43 34.95 27.90 20.9? 0.089 1463.1
190. 0 2.34 2.32 34.90 27.87 23.9 0.118 1462.7 1970. 0 2. 34 2.339 34.95 27.970 20.5 0.091 1462.8
200.0 2.24 2.23 34.90 27.87 23.3 0.120 1462.5 200.0 2.32 2.31 34.96 27.92 19.1 0.093 1462.9
210.0 2.16 2.15 34.89 27.87 23.4 0.123 1462.3 210.0 2.27 2.26 34.97 27.92 18.7 0.095 1462.9
220.0 2.12 2.11 934.89 27.87 23.1 0.125 1462.3 220.0 2.13 2.11 34.95 27.92 18.7 0.097 1462.4
230.90 2.Q1 2.00 34.90 27.89 21.7 0.127 1462.0 230.0 1.96 1.95 34.94 27.93 18.3 90.099 1461.8
240. O 1.96 19S 347 90)> 27290 21.2 0.129 1461.9 240. 0 1.93 1.92 34.93 27.92 18.8 0.101 1461.8
250.0 1.78 129 72uS42 70) (275,90 21.2 0.132 1462.2 250.0 1.92 1.91 34.94 27.93 17.8 90.103 1462.90
260. O 1.94 1.99 34.91 27.90 20.4 0.134 1462.2 260. 0 1. B81 1.79 34.93 27.93 17.9 0.105 1461.6
270.0 1.99 1.98 34.92 27.91 20.1 0.136 1462.6 270.0 1.99 1.97 34.96 27.94 17.2 90.106 1462.6
280. O 1.96 1.95 34.91 27.970 20.6 0.138 1462.6 280. 0 1. 80 1.78 34.95 27.94 169 7a On 106 RAG?
290. 0 1.83 1.81 34.91 27.71 19.6 0.140 1462.2 290.0 1.85 1.84 34.97 27.96 15.6 0.110 1462.4
300. O 1.83 1.82 34.91 27.92 19.4 0.142 1462.4 300. O 1. 82 1.81 34.95 27.94 16.8 0.111 1462.4
301.2 1.81 179s 34593) 272.73 18.0 0.142 1462.3 310.0 1. 62 1.60 34.93 27.95 16.4 0.113 1461.6
320. O 1. 64 1.62 34.91 27.93 18.3 0.115 1461.8
330. 0 1. 58 1.56 34.94 27.96 1553) OF117— 146178
340.0 1.43 1.42 34.93 27.96 135.5 0.118 1461.3
350. O 1. 40 1.38 34.92 27.96 15.4 0.120 1461.3
360. 0 1.47 1.46 34.94 27.96 15.1 90.121 1461.8
370. 0 1. 48 1.46 34.94 27.96 14.8 0.12 1462. 0
380. 0 1.49 1.47 34.96 27.98 13.8 90.124 1462.2
390. 0 1.43 1.41 34.94 27.97 14.8 0.126 1462.1
400. 0 1. 36 1.34 34.94 27.97 14.0 0.127 1462.0
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(DEG
(M)}
(M)
(SIGMA-T) 2 24 2 2 27 28
(PPT) 2 3 3 3 3 34 3 3
} of
° 0
100
200
300
iT bs) Or
400
MIZEX-83 B81 -l
7-19-83
500
, (SIGMA-T) 2 24 2 26 27 28
(PPT) 29 30 31 3 33 34 35 36
ee = i §
c . 4 5
100
200
300
400
T S Or
MIZEX=83 she eal
| 7-19-83
500
MIZEX-83 STATION 983(1) CTD 19/JUL/1983 2039 GMT CODE = i MIZEX-83 STATION 984(1) CTD 19/JUL/1983 2124 GMT CODE = i
LAT = 79.0333N LNG = -0.0550W LTER = 300. LGER = 300. LAT =_79.0683N LNG = -0.4967W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = Q.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.69 -0.69 31.44 25.26 270.0 09.000 1441.2 0.0 -0.64 -0.64 31.84 25.538 239.6 90.000 1441.9
1.9 -0.69 -0.69 31.44 25.26 270.0 0.005 1441.2 4.2 -0.64 -0.64 31.84 25.38 239.5 90.010 1442.0
5.0 -~-0.55 -0.55 31.96 25.67 230.9 90.013 1442.6 3.0 -0.65 -0.65 31.85 25.59 238.6 0.012 1442.0
10.0 -0.26 -0.26 32.08 25.76 222.7 0.025 1444.2 10.0 -0.54 -0.54 31.98 25.69 229.3 90.024 1442.7
15.0 1.00 1.00 32.70 26.20 180.8 0.035 1450.9 15.0 1.03 1.03 32.38 25.94 205.5 9.035 1450.6
20.0 1. 80 1.80 34.15 27.31 73.9 0.041 1456.6 20.0 2.77 2.77 33.91 27.03 101.8 90.043 1460.5
25.0 -0.65 -0.65 34.21 27.50 37.3 0.045 1445.6 23.90 QO. 26 0.26 34.32 27.54 93.3 0.047 1449.9
30.0 -0.26 -0.26 34.31 27.54 31.6 0.047 1447.6 30.0 -0.64 -0.65 34.12 27. 42 64.6 0.050 1445.6
335. 0 0. 83 0.83 34.46 27. 62 45.6 0.050 1452.9 35.0 -0.08 -0.09 34.41 27.63 44.8 0.052 1448.7
40.0 1. 67 1.67 34.56 27.693 43.7 90.052 1456.9 49.90 0. 87 0.86 34.468 27.63 44.7 9.055 1433.2
45.0 2. 48 2.48 34.76 27.74 34.8 0.054 1460.8 43.0 1.351 1.50 34.56 27. 66 42.4 0.057 1456.2
90.0 3.01 3.00 34.85 27.77 32.6 0.056 1463.3 90.0 2. 31 2.391 34.73 27.73 36.1 0.059 1460.1
35.0 3.01 3.01 34.86 27.77 32.1 0.037 1463.4 335. 0 2.46 2.46 34.76 27.74 35.0 0.061 1460.9
40. 0 3. O1 3.01 34.86 27.77 32.4 0.059 1463.5 60. 0 2.78 2.77 34.839 27.77 32.0 0.062 1462.4
65.0 3. O2 3.02 34.85 27.76 32.8 0.061 1463.6 65.90 2. 87 2.87 34.86 27.78 31.2 0.064 1462.9
70. 0 3.18 3.17 34.89 27.78 31.4 0.062 1464. 4 70. 0 2.93 2.92 34.88 27.80 29.53 0.065 1463.3
73.0 3.18 3.17 34.970 27.79 30.7 0.064 1464.5 73.90 2.78 2.78 34.88 27.81 28.6 90.067 1462.7
80. O 2.970 2.89 34.87 27.79 30.1 0.065 1463.3 80. 0 2.72 2.72 34.88 27.82 27.8 0.068 1462.6
85.0 28 TAT 2.76 34.88 27.981 28.4 0.067 1462.8 83.0 2. 69 2.68 34.89 27.83 26.9 0.070 1462.3
90.0 2.74 2.74 34.89 27.82 27.4 0.068 1462.8 90. 0 2. 31 2.50 34.88 27.83 26.6 0.071 1461.8
95. Q 2. 62 2.61 34.970 27.84 25.5 0.070 1462.4 95.0 2. 46 2.46 34.88 27.83 26.3 0.072 1461.7
100. 0 2.355 2.55 34.90 27.985 235.3 0.071 1462.2 100. 0 2. 44 2.44 34.87 27.83 26.8 0.074 1461.7
110.0 2.50 2.50 34.88 27.83 26.4 0.074 1462.1 110. 0 2.33 2.35 34.86 27.83 26.5 0.076 1461.4
120.90 2.51 2.50 34.92 27.86 23.8 0.076 1462.3 120.0 2.62 2.64 34.92 27.85 24.7 0.079 1462.8
130. O 2. 52 2.52 34.92 27.86 23.8 0.078 1462.6 130. 0 2.54 2.953 34.93 27.87 23.4 90.081 1462.7
140.0 2.435 2.44 34.92 27.87 23.2 0.081 1462.4 140.0 2. 24 2.23 34.90 27.87 22.7 90.084 1461.5
150. O 2. 50 2.49 34.93 27.88 22.6 0.083 1462.8 150. O 2. 26 2.26 34.91 27.88 22.6 0.086 1461.8
160.'0 2.49 2.48 34.94 27.89 21.9 0.085 1463.0 160. O 2.16 2.135 34.92 27.89 20.9? 90.088 1461.5
170.0 2. 43 2.42 34.95 27.89 21.1 0.088 1462.9 170.0 2. 36 2.395 34.95 27.91 20.0 90.090 1462.6
180.0 2.37 2.36 34.94 27.89 21.3 0.090 1462.8 180. 0 2.45 2.44 34.96 27.90 20.3 90.092 1463.1
190.0 2.31 2.30 34.974 27.90 20.5 0.092 1462.7 el Or0 2.40 2.379 34.96 27.91 20.0 0.094 1463.1
200. O 2.24 2.23 34.94 27.91 19.9 0.094 1462.6 200. 0 2. 32 2.31 34.95 27.91 19.9 0.096 1462.9
210.0 2.18 2.17 34.94 27.91 20.1 0.096 1462.4 210.0 2.29 2.27 34.96 27.92 19.3 0.098 1462.9
220.0 2.05 2.04 34.93 27.971 19.9 0.098 1462.0 220.0 2.27 2.26 34.96 27.92 19.1 0.100 1463.0
230. 0 2.03 2.02 34.93 27.971 19.3 0.100 1462.1 230. 0 2.27 2.25 34.97 27.92 18.5 0.102 1463.2
240. 0 2.00 199 8 A4 594 S2/a02 18.4 0.102 1462.2 240. 0 aU Whee 1.97 34.93 27.93 17.7 0.104 1462.1
250.0 2.05 2.03 34.95 27.93 17.9 0.104 1462.5 250. 0 1.935 1.94 34.94 27.93 17.8 0.106 1462.1
260. O 2.06 2.05 34.96 27.94 17.3 0.105 1462.8 260. 0 2. 02 2.01 34.96 27.94 16.9 0.108 1462.6
270.0 2. 07 2.06 34.96 27.93 18.0 0.107 1463.0 270. 0 2.09 2.07 34.97 27.94 17.0 0.109 1463.1
280. O 2.13 2.11 34.98 27.95 16.7 0.109 1463.4 280. 0 2. 08 2.06 34.97 27.94 16.8 9.111 1463.2
290. O 2.09 2.07 34.98 27.95 16.7 0.111 1463.4 270. 0 2. 08 2.06 34.97 27.94 17.0 0.113 1463.4
300. 0 2.03 2.01 34.98 27.95 16.2 0.112 1463.3 300. 0 2.03 2.02 34.98 27.95 16.4 0.115 1463.3
310. 0 2. 02 2.00 34.99 27.96 15.4 0.114 1463.5 310. 0 1.96 1595 34:97 27°95 16.2 0.116 1463.2
320. O 2.02 2.00 34.98 27.96 15.7 90.115 1463.6 320. 0 1.94 1.92 :34.97 27.93 16.1 0.118 1463.3
330. O 1.99 Me arith ER GES TLS eh 15.6 0.117 1463.7 330. 0 1. 89 1.87 34.97 27.96 15.4 0.119 1463.2
340.0 1.95 VTS 4599) 27.96 15.2 0.119 1463.6 340. O 1.84 1.82 34.97 27.96 13.1 0.121 1463.2
350. O 1.971 1.89 34.98 27.96 15.1 0.120 1463.6 350. 0 1.61 1.79 34.97 27.96 15.2 0.122 1463.2
340. O 1.90 1.88 34.99 27.97 14.7 0.122 1463.8 360. O 1.73 1.72 34.96 27.96 15.0 0.124 1463.0
370. 0 1.73 ie WO) CER Rr, CRA 14.8 0.123 1463.1 370.0 1.72 1.70 34.96 27.96 15.2 0.126 1463.1
380. O 1.70 1.68 34.96 27.97 14.8 0.125 1463.2 380. O 4 Coes 1.67 34.97 27.97 14.4 0.127 1463.1
390. O 1. 4635 1.639 34.97 27.98 13.9 0.126 1469.1
396. 7 1.54 1.52 34.99 28.00 11.6 0.127 1462.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 2 2 27 28
(PPT 129 3 31 3 3 34 35 36
(DEG C)
0
100
200
(M)
300
400
MhZbX 33 S30}
7-19-83
500
(SIGHA-T) 2 24 2 26 27 28
eri) 29 30 3} 32 33 34 35 36
-} 0 1 2 3 4 ) )
100
200
(M)
300
400 T ) Or
MIZEX-83 B41
i 7-19-83
500
MIZEX-83 STATION 85(1) CTD _19/JUL/1983 2209 GMT CODE = 1 MIZEX-83 STATION 86(1) GTD 19/JUL/1983 2304 GMT CODE = 1
LAT = 79.1017N LNG = -1.0317W LTER = 300. LGER = 300. LAT =_79.1317N LNG = -1.4317W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0. 0 AIR TEMP = 0. 0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEP TH TEMP PTEMP SALIN SIG T SPVOtL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.66 -0.66 31.75 25.51 246.3 0.000 1441.7 0.0 -0.31 -0.31 31.71 25.46 250.7 0.000 1443.3
3.2 -0.66 -0.66 31.75 25.51 246.5 0.008 1441.8 1.9 -0.31 -0.31 91.71 25.46 250.7 0.005 1443.3
5.0 -0.66 -0.66 31.76 25.52 245.7 0.012 1441.8 .9.0 -0.27 -0.27 31.61 25.398 258.7 90.013 1443.4
10.0 -0.92 -0.92 31.95 25.68 229.7 0.025 1440.9. 10.0 -0.355 -0.55 3244 26.06 193.8 0.024 1443.4
15.0 -0.77 -0.77 32.10 25.80 218.7 0.036 1441.9 15.0 -1.45 -1.435 33.91 27.28 77.8 0.031 1441.93
20.0 -0.52 -0.52 33.01 2652 150.2 0.045 1444.5 20.0 -1.67 -1.67 33.95 27.32 74.0 0.0305 1440.4
25.0 1.33 1.33 33.87 27.12 93.8 0.Q0Si 1454.2 25.0 -1.74 -1.74 34.08 27.43 64.1 0.038 1440.3
30.0 2.i2 2.12 34.54 27.39 48.7 0.055 1458.7 30.0 -1.74 -1.74 34.08 27.43 63.3 0.042 1440.4
30,0 "> -0: 78° =-0° 98 33:92 27. 27 78.7 Q0.058 1443.8 O9°0) —W 76176) 34137 47. 60.1 0.045 1440.3
40. 0 2.61 2.61 934.57 27.57 390.6 0.061 i461.0 40.0 -1.76 -1.76 34.13 27.48 37.4 0.048 1440.6
45.90 3.69 3.68 34.70 27.58 49.9 0.064 1465.9 435.90 -1.739 -1.73 34.15 27.49 98.i 0.051 1440.8
30. O 3.49 3.48 34.83 27.71 38.3 0.066 1445.3 JODO Slevin, —le 7A Sao lde 27o ue 35.1 0.054 1441.0
35. O 3. 09 3.08 34.81 27.73 36.2 0.068 1463.6 95.0 -1.66 -1.66 34.21 27.53 33.8 0.056 1441.4
60.0 3.76 3.76 34.92 27.75 34.4 0.070 1466.7 60.0 -1.49 -1.49 34.25 27.56 31.3 0.059 1442.3
65. 0 3.73 3.73 34.94 27.77 32.9 0.072 1466.7 65.0 -0.76 -0.77 34.335 27. 62 43.9 0.062 1446.0
70.0 2. 84 2.83 34.85 27.78 31.6 0.073 1462.9 70.0 0.23 0.25 324.49 27.68 40.5 0.064 1450.9
73.0 2.83 2.83 34.85 27.78 31.0 0.075 1462.9 73. 0 i. O02 1.02 34.43 27.61 47.3 0.066 1454.4
80.0 2.77 2.77 34.85 27.79 30.5 0.9076 1462.8 80. 0 2.19 2.18 34.74 27.73 34.6 0.068 1460.0
85.0 2.92 2.92 34.87 27.79 30.3 0.078 1463.5 85.0 1. 62 1.61 34.72 27.78 31.2 0.070 1457.6
90.0 2. 84 2.83 34.87 27.79 30.3 0.079 1463.2 70. 0 0. 974 0.93 34.68 27.79 27.97 90.071 1454.6
93.0 3. 0S 3.035 34.89 27.80 30.1 O.O081 1464.3 9735.90 1.18 1.17 34.71 27.80 29.1 0.073 1455.8
100. O 3. 25 3.24 34.94 27.82 28.2 0.082 1463.2 100. 0 1.49 1.49 34.75 27.81 28.7 0.074 1457.3
110.0 3.27 3.26 34.97 27.83 26.8 0.085 1465.5 110.0 1.78 1.78 34.80 27.83 26.6 0.077 i1458.9
120.0 3.31 3.30 35.00 27.86 24.3 0.088 1463.9 120. O bo Ary 1.78 34.80 27.83 26.3 0.080 1459.0
130.0 3.135 3.13 34.99 27.87 23.8 0.090 1465.4 130. 0 2.03 2.03 34.85 27.85 24.68 90.082 1460.4
140. O 2. 66 2.435 34.96 27.88 22.1 0.093 1463.4 140. 0 2.10 2.09 34.86 27.85 24.64 0.085 1460.8
150.0 2.35 2.54 34.97 27.70 20.3 0.095 1463.1 150.0 2.18 2.17 34.89 27.87 23.2 0.087 1461.4
160.:0 2. 52 2.51 34.98 27.91 19.8 0.097 1463.1 160. O 2.21 2.20 34.90 27.88 22.6 0.089 1461.7
170.0 2.48 2.47 34.98 27.92 18.9 0.099 1463.1 170.90 2.20 2.19 34.90 27.88 22.5 0.092 1461.8
180.90 2. 32 2.31 34.97 27.92 18.7 90.101 1462.6 180.0 2.01 2.00 34.91 27.70 20.9 0.094 1461.2
190. 0 2.31 2.30 34.99 27.94 16.9 0.102 1462.8 190. 0 2. 07 2.06 34.91 27.970 21.0 0.09& 1461.6
200. 0 2.24 2.23 34.98 27.94 17.3 0.104 1462.6 200. 0 2.11 2.10 34.92 27.970 20.9 0.098 1461.9
210.0 2.21 2.20 34.98 27.94 16.8 0.106 1462.6 210.0 2.10 2.08 34.93 27.971 20.0 0.100 1462. 1
220.0 2.16 2.15 34.99 27.95 16.0 0.107 1462.6 220.90 2.04 2.03 34.92 27.71 20.2 90.102 1462.0
230. 0 2.15 2.13 34.99 27.96 15.5 0.109 1462.7 230. 0 2.08 2.04 34.94 27.92 19.0 0.104 1462.2
240.0 2.11 2.10 35.01 27.97 14.3 0.111 1462.7 240.0 2.04 2.03 34.974 27.972 18.6 0.106 1462.3
250. 0 2.01 2.00 35.01 27.78 13.4 0.112 1462.5 250. 0 1.86° 1.85 34.93 27.93 17.9 0.108 1461.7
240. O 2.03 2.01 35.02 27.98 12.9 0.113 1462.7 260. O 1.71 1.69 34.92 27.93 17.9? 0.110 1461.2
270.0 1.99 1.98 35.01 27.78 13.5 0.115 1462.7 270.90 1. 64 1.83 34.974 27.93 17.5 0.112 1461.9
280. 0 2. 02 BIOL 34899 e 27297. 14.8 0.116 1463.0 280. O 1. 84 1.83 34.94 27.93 17.7 0.113 1462.1
290. 0 2. O2 2.00 35.02 27.99 13.0 0.117 1463.2 2970. 0 1.85 1.83 34.94 27.94 17.3 0.115 1462.3
300. O 2.05 2.04 34.98 27.95 16.1 0.119 1463.4 300. 0 1.76 1.735 34.94 27.94 16.79 0.117 1462.1
310.0 2.09 2.07 35.00 27.96 135.4 0.121 1463.8 310.0 1.74 1.72 34.94 27.94 16.7 0.119 1462.2
320. 0 2. O7 2.05 35.00 27.97 14.8 0.122 1463.9 320. O 1. 72 1.72 34.94 27.974 16.9 0.120 1462.3
330. 0 2.03 2.01 34.98 27.95 16.4 0.124 1463.8 330. 0 1. 69 1.68 34.935 27.96 13.6 90.122 1462.3
340. O 2.01 17 aes) OOM 7a a 14.6 0.125 1463.9 340. © 1. 62 1.60 34.94 27.93 16.0 0.124 1462.1
350. O 2.03 2.0L 35.00 27.97 14.7 0.127 1464.2 330. 0 1. 60 1.58 34.94 27.93 16.0 0.125 1462.2
360. O 1.96 1.94 35.01 27.98 13.4 0.128 1464.1 360.0 1.353 1.93 34.94 27.96 13.4 0.127 1462.1
370. 0 1.95 1.93 35.03 28.00 12.3 0.129 1464.2 370. O 1. 35 1.353 34.96 27.97 14.3 0.128 1462.4
380. 0 1.85 1.83 39.00 27.98 13.39 0.131 1463.97 380. 0 1. 80 1.77 35.00 27.98 13.3 0.130 1463.7
390. 0 1.76 1.74 34.99 27.99 139.1 0.132 1463.7 3970. 0 i. 83 1.81 34.98 27.97 14.9 0.131 1463.9
396. 4 1. 74 1/7 34497 27299 13.2 0.133 1463.7 398. 0 1. 82 V7 SE SSE TS eT ATs: 14.4 0.132 1464.0
DEP TH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PP Ton 2 30 3 3 33 34 35 3
(DEG C) -
0
100
200
(M)
300
400
MIZEX-83 85 -1
7-19-83
500
(SIGHA-T} 23 24 2s 26 27 28
-—+—_—_— +--+ HHH tt
(PP 2 30 3 3 33 34 35 36
(DEG C) 5c -j a] 3 4 5 6
100
200
(M)
300
ot T ) Or
MioeA-3 3 Sbm =)
7-19-83
500
MIZEX-83 STATION 987(1) CTD 20/JUL/1983 1559 GMT CODE = 1 MIZEX-83 STATION 88(1) CTD 21/JUL/1983 818 GMT CODE = 1
LAT = 78.9783N LNG = 1. 2800W LTER = 300. LGER = 300, LAT = 79. 0283N LNG = 2. 6217W LTER = ae LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = Q. 0 AIR TEMP = 0. Q@ BAROM = 0.0 WIND = .O SPEED = Q.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.06 -1.06 31.72 25.50 247.2 #8" 1439.6 0.0 -0.286 -0.28 30.57 24.54 338.4 0.000 1441.9
2.0 -1.06 1.06 31.72 25.50 247.2 Hee 1439.9 2.0 -0.28 -0.28 30.57 24.34 9338.4 0.007 1441.9
5.0 -0.97 -0.97 31.739 25.50 246.8 «x### 1440.3 3.0 -1.039 -1.04 31.62 25.42 255.2 0.016 1439.9
10.0 -1.13 -1.13 31.74 25.51 245.9 eee 1439.7 10.0 -1.06 -1.06 31.61 25.41 255.9 0.029 1439.8
15.0 -1.29 -1.29 32.29 25.96 202.9 ##### 1439.8 15.0 -1.07 -1.07 31.71 25.49 248.2 0.042 1440.0
20.0 -0.90 -0.90 33.17 26.67 136.1 ##He# 1442.9 20.0 -1.05 -1.05 31.92 25.66 232.0 0.054 1440.5
25.0 -1.08 -1.08 33.75 27.14 91.4 wee 1443.0 25.0 -0.99 -0.99 32.34 26.00 199.8 90.065 1441.4
30.0 -0.86 -0.86 34.07 27.40 67.0 #eHH# 1444.6 30.0 -1.06 -1.06 933.18 2668 134.5 90.073 1442.4
35.0 -1.33 —-1.34 34.13 27.46 61.3 sweeee 1442.5 35.0 -1.17 -1.17 33.59 27.01 103.9 0.079 1442.5
40.0 -1.19 1.19 34.28 27.57 50.2 #4HHt 1449.4 40,00 eo Seal 29 233.99) 27.39 71.8 0.083 1442.6
45.0 -0.71 -0.71 34.36 27. 62 45.7 weeee 1445.9 45.0 -1.31 -1.51 34.09 27.44 63.3 0.087 1441.8
50.0 -0.16 -0.16 34.46 27.48 40.6 HHH 1446.7 270.0 -1.54 -1.54 34.18 27.31 36.6 9.0970 1441.8
35.0 -0.08 -0.08 34.49 27.70 36.2 weet 1449.2 o09.0 -1.64 -1.64 34.18 27.51 36.1 0.0939 1441.5
60.0 QO. 34 0.34 34.56 27.73 35.7 weet 1451.2 60.0 -1.30 -1.390 34.26 27.36 31.3 0.093 1443.2
63.0 oO. 68 0.68 34.61 27.75 33.5 xHH#e 1452.9 63.0 -0.35 -0.35 34.38 27.62 43.6 0.098 1447.9
70.0 1.31 1.390 34.78 27.985 24.9 #eeeH 1456.0 79. 0 0.27 0.27 34.62 27.78 30.4 9.100 1451.2
73.0 1.85 1.84 34.75 27.78 31.3 HHH 1458.5 73.90 0. 88 0.88 34.76 27.86 23.4 9.101 1454.2
80. O 2.39 2.38 34.81 27.79 30.5 #x#### 1461.0 80. 0 1. 76 1.73 34.74 27.78 30.8 0.103 1458.2
85.0 2.44 2.44 34.82 27.79 30.7 #wetee 1461.93 83.90 1.79 1.78 34.467 27.72 36.7 9.104 1458.3
90. 0 1.98 1.98 34.79 27.81 28.8 #weHee 1459.4 90.0 1. 7i 1.70 34.66 27.72 36.9 0.106 1458.0
95.0 1.97 1.96 34.80 27.81 28.2 #*##8#H 1459.4 95.0 1.55 1.54 34.72 27.78 31.2 0.108 1457.4
100. O 1.92 1.92 34.80 27.82 27.9 ####H#H 1459.3 100. 0 1. 63 1.62 34.75 27.80 297.3 0.109 1457.9
110.0 2.09 2.09 34.80 27.81 297.1 ####e 1460.2 110.9 1. 63 1.63 34.84 27.87 22.7 90.112 1458.2
120. 0 2.11 2.11 34.84 27.84 26.0 #eHHe 1460.5 120. 0 1. 6? 1.68 34.71 27.76 39.1 0.115 1458.5
130. 0 2.13 2.14 34.84 27.85 25.4 ###twt 1460.9 1G0. 0 Lae, 1.76 34.80 27.83 26.6 0.1186 1459.1
140.0 2.18 2.18 34.87 27.86 24.5 #etee 1461.2 140.0 1.70 1.69 34.76 27.81 28.7? 0.121 1458.9
150. 0 2.16 2.16 34.87 27.86 24.4 #HHHH 1461.93 150. 0 i. 50 1.49 34.81 27.86 24.1 0.123 1458.3
160.:0 2.17 2.16 34.89 27.987 23.4 ###HeH 1461.5 160.0 1.78 1.77 34.85 27.87 23.5 0.126 1499.7
167.6 2.17 2.16 34.89 27.87 23.3 4##### 1461.6 170. 0 1773 1.73 34.86 27.886 22.4 0.128 1459.7
170.0 180. 0 2.03 2.02 34.93 27.71 19.1 0.130 1461.3
180. O 190. 0 2. 04 2.03 34.89 27.88 22.2 0.132 1461.4
190. 0 200.0 1.96 1.95 34.93 27.92 18.7 0.134 1461.3
200. O 210.0 2.03 2.01. 34.92 27.971 20.1 0.136 1461.7
210.0 220. 0 2.03 2.04 34.91 27.970 21.0 0.138 1462.0
220.0 230.0 1.94 1.93 34.91 27.90 20.6 0.140 1461.7
230. 0 240. 0 1. 88 186) 3S459)) 279) 20.1 0.142 1461.6
240.0 250.0 1.83 1.81 34.92 27.92 18.8 0.144 1461.5
240. 1 2.11 2.09 34.92 27.90 20.6 ##### 1462.6 260. O 1.83 1.82 34.92 27.92 19.1 0.146 1461.7
250. 0 1.92 2 ee er ee 20.2 *###% 1461.9 279.0 1.89 1.81 34.93 27.93 18.3 0.148 1461.9
2640. O 1.88 1.86 34.91 27.91 19.5 “#### 1461.9 280. 0 1. 84 1.89 34.91 27.91 19.4 0.150 1462.1
270.0 1. 88 1.86 34.92 27.92 19.0 ####% 1462.1 2970.0 1.73 1.71 34.91 27.92 19.0 9.152 1461.7
280. 0 1.86 1.84 94.92 27.92 19.3 #wxHeHHt 1462.2 300. O 1. 71 1.69 34.91 27.92 18.6 0.154 1461.8
2970. O 1.62 1.80 34.92 27.92 18.9 ##4#% 1462.1 3097. 0 1. 72 1.71 34.92 27.993 17.7 0.156 1462.1
300. 0 1.86 1.84 34.93 27.92 18.7 wH#H#e 1462.5
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PRT eee 30 31 32 33 34 35 36
(OEG C) ac - 0 1 3 4 5 6
|
|
100
200
(M)
300
T Ot
400
MIZEX-83 87 -1
7-20-83
500
(SIGMA-T) 23 24 25 26 27 28
nl ma 1 rant a ne aac at
(Peis 3 3 3 sis} 34 35 36
(OEG C)
(M)
400
Mae OS SUea
7-21-83
|
|
|
|
|
500
MIZEX-83 STATION 89(1) CTD 21/JUL/1983 820 GMT CODE = 1 MIZEX-83 STATION 90(1) CTD 21/JUL/1983 855 GMT CODE = 1
LAT = 79. 0433N LNG = 2.6617W LTER = 300. LGER = 300. LAT = 79. 0850N LNG = 3. O867W LTER = 300, LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.Q BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.97 -0.97 31.59 25.39 257.6 0.000 1440.0 0.0 -1.17 -1.17 31.77 23.934 243.3 0.000 1439.4
ie 90197 —-0O)97) 31.99) 29°39 ee257-6 0.005 1440. 1 1,94 -1o1l7e -lal7e S177) 298948 243727 O800S5 145754
9.07 523.09) --1.08) 31,564 252374 7259587 02013" 143957 3.0 -1.16 -1.16 31.75 25.52 2449 0.012 1439.4
10.0 -1.07 -1.07 31.65 25.44 252.8 0.026 1439.8 10.0 -1.17 -1.17 31.78 25.55 242.6 0.025 1439.5
18.0 =<-1.05 -1.05 31.73 25.51 246:4) 0.039 1440.1 135.0 -1/17 .-1.17 31.80 25.56. 241.0 0.037 1439.7
20.0 -1.01 -1.01 32.15 25.84 214.7 0.050 1441.0 20.0 -1.20 -1.20 31.85 25.61 236.8 0.049 1439.7
25.0 -1.01 -1.01 32.77 26.35 166.7 0.060 1441.9 25.0 -1.44 -1.44 32.28 25.96 202.9 0.060 1439.2
30.0 -1.11 -1.11 33.29 26.77 126.2 0.067 1442.3 30.0 -1.60 -1.60 33.04 2658 144.4 0.069 1439.4
33.0 -1.03 -1.03 33.82 27.20 85.7 0.073 1443.35 33.0 -1.63 -1.63 33.42 26.90 114.4 0.075 1440.1
40.0 -1.39 1.399 34.02 27.37 69.1 0.077 1442.2 40.0 -1.54 -1.34 33.64 27.07 98.1 0.081 1440.9
43.0 -1.55 -1.55 34.12 27.46 60.7 0.080 1441.6 43.0: -1.353 -1.55 33.85 27.24 82.0 0.085 1441.2
JOSO Be — 1516 lee — 171610 39) Sat 98.3 0.083 1441.5 90.0 -1.60 -1.60 33.99 27.35 71.0 0.089 1441.3
535.0 -1.46 -1.46 34.26 27.57 3O.2 0.086 1442.4 3920 8 124 te Ae SS Ole 2136 70.5 0.093 1443.1
60.0 -0.63 -0.463 34.50 27.73 35.3 0.088 1446.7 60.0 -1.63 -1.63. 34.09 27.43 63.4 0.096 1441.4
63.0 -0.04 -0.04 34.46 27.67 41.1 90.090 1449.5 635.90 -1.63 -1.65 34.12 27.46 60.5 0.099 1441.5
70. 0 oO. 88 0.88 34.37 27.70 38.2 0.092 1453.8 70.0 -1.56 -1.56 34.18 27.31 353.9 0.102 1442.1
73.0 1.74 1.74 34.71 27.76 33.5 0.094 1458.0 09, OF = 1 999-1 1 99e S41 fae 2 fa 96.6 0.105 1442.0
80.0 1.74 1.73 34.47 27.793 33.9 0.095 1458.0 80.0 -1.351 -1.51 34.20 27.32 34.7 0.108 1442.5
85. 0 1.91 1.90 34.71 27.73 34.5 0.097 1458.9 63.90 -15390 -1.30 34.25 27.35 31.8 0.111 1443.7
970.0 1.51 1.51 34.69 27.76 32.8 0.099 1457.2 90.90 -0.98 -0.99 34.33 27.61 46.4 90.113 1443.3
93.0 1.357 1.37 34.71 27.78 31.6 0.100 1457.6 9355 O07 —-O%74 5, -0. 749) 345.37 27563 44.9 0.115 1446.6
100.0 1.72 1.71 34.76 27.80 29.3 0.102 1498.3 100.0 -0.64 -0.64 34.40 27.45 42.7 9.118 1447.2
110.0 197-7, 1.76 34.78 27. 82 28.0 0.105 1458.8 110.0 -0.468 -0.48 34.45 27.68 39.7 0.122 1448.2
120.0 1.50 1.49 34.77 27.82 27.1 0.108 1437.7 120.0 -0.02 -0.02 34.58 27.76 32.3 0.125 1430.6
130. 0 1. 61 1.60 34.79 27.84 26.1 0.110 1458.4 130. 0 1.39 1.38 3934.76 27.83 26.8 0.128 1457.4
140. O 1. 58 1.57 34.81 27.85 24.5 0.113 1458.5 149.0 1379 1.79 34.78 27.81 28.8 0.131 1459.4
150. 0 2.19 2.18 34.91 27.89 21.6 0.115 1461.4 150. 0 2.01 2.00 34.82 27.82 27.4 0.134 1460.5
160.:0 2.26 2.235 34.90 27.87 23.2 0.117 1461.9 160. O 2.33 2.32 34.88 27.85 25.3 0.137 1462.2
170.0 2.10 2.09 34.89 27.88 22.6 0.120 1461.4 170. 0 2.36 2.55 34.91 27.83 25.0 0.139 1463.4
180. O 2.13 2.12 34.89 27.87 22.9 O.122 1461.7 180. O 2. 33 2.54 34.89 27.84 26.3 0.142 1463.53
1970. 0 2.05 2.04 34.89 27.88 22.4 0.124 1461.53 190.90 2. 48 2.47 34.91 27.86 24.53 0.144 1463.4
200. 0 1.93 1.92 34.89 27.89 21.3 0.127 1461.1 200. 0 2.097 2.08 34.88 27.87 23.6 0.147 1461.8
210.0 2.04 2.03 34.90 27.89 21.4 0.1297 1461.8 210.0 2. 34 2.53 34.94 27.88 22.6 0.149 1464.0
220. 0 2.035 2.04 34.92 27.90 20.7 0.131 1462.0 220.0 2. 62 2.61 34.94 27.87 23.6 0.1351 1464.5
230. O 1.95 1.94 34.91 27.91 20.1 0.133 1461.7 230. O 2.39 2.38 34.92 27.87 23.6 0.154 1463.7
240.0 1.70 1.88 34.970 27.970 20.4 90.135 1461.6 240. 0 2.19 2.18 34.92 27.89 21.7 0.156 1463.0
250. O 1. 87 1.86 34.91 27.91 19.8 0.137 1461.7 250. 0 2.17 2.13 34.92 27.970 21.1 0.158 1463.0
260. 0 1.86 1.84 34.972 27.92 197.0 9.1397 1461.8 260.0 2.14 2.12 34.92 27.90 21.0 9.160 1463.1
270.0 1.83 1.81 34.91 27.92 19.3 0.141 1461.8 270. 0 2.12 2.11 34.94 27.971 19.9 0.163 1463.2
280. 0 1.85 1.83 34.93 27.92 18.6 0.143 1462.1 280. 0 2.02 2.01 34.92 27.971 20.3 0.165 1462.9
290. 0 as AT 1. 77 234592) 27293 18.4 0.145 1462.0 290. 0 2.03 2.01 34.94 27.92 19.2 0.167 1463.1
300. 0 1.74 1.73 34.92 27.93 18.2 0.147 1462.0 300. O 1.96 1.953 34.93 27.92 17.4 0.168 1463.0
307.6 1. 68 1.67 34.93 27.94 17.3 0.146 1461.9 307.9 1. 82 1.80 34.93 27.93 18.1 0.170 1462.5
(SIGMA-T} 2 24 2 2 27 28
(PEL) mee 3 3 3 3 34 3 3
(DEG C) - =
0
100
|
“
(M)
300
T Ss Or
|
400
iP
| MIZEX-83 89 -1
7-21-83
500
(SIGMA-T) 2 24 2 2 27 2
(PPT) 29 30 3 3 3 34 3 3
(DEG C)
Oo
(
100
|
(M)
300
T s Or
400
MIZEX-83 90 -1
| 7-21-83
500
MIZEX-83 STATION 91(1) CTD 21/JUL/1983_ 943 GMT CODE = 1 MIZEX-83 STATION 92(1) CTD 21/JUL/1983 1029 GMT CODE = 1
LAT = 79. 1150N LNG = 3. 4833W LTER = 300. LGER = 300. LAT = 79. 1550N LNG = 3. 9833W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0.
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.45 -1.45 31.54 25.36 260.7 0.000 1437.7 0.0 -0.81 -0.81 31.59 25.38 258.2 0.000 1440.8
1.9 -1.45 -1.45 31.54 25.36 260.7 90.005 1437.7 1.9 -O0.81 -0.81 31.59 25.38 258.2 90.005 1440.8
5.0 -1.31 -1.31 31.57 25.98 258.2 0.013 1438.5 59.0 -0.84 -0.84 31.81 25.56 241.3 0.013 1441.9
10.0 -1.25 -1.25 31.58 25.39 257.4 0.026 1438.7 10.0 -1.21 -2.21 91.65 25.44 2352.6 0.025 1439.2
15.0 -1.16 -1.17 31.67 25.46 250.7 0.039 1439.5 15.0 -1.239 -1.23 31.69 25.48 249.1 0.038 1439.2
20.0 -1.22 -1.22 31.78 25.55 242.2 0.052 1439.5 20.0 -1.25 -1.25 391.79 25.56 241.5 90.050 1439.3
25.0 -1.49 -1.49 32.05 25.77 221.0 09.063 1438.6 25.0 -1.29 -1.29 31.939 25.67 230.8 0.062 1439.4
30.0 -1.56 -1.56 32.55 26.19 181.8 0.073 1439.1 30.0 -1.54 -1.54 32.42 26.08 191.8 90.073 1439.90
35.0 -1.64 ~1.64 33.16 26.68 135.0 9.081 1439.6 35.0 -1.56 -1.56 32.91 26.48 1534.1 0.082 1439.7
40500 = 1504) —1) 5433) 09 26, 97) 105225050875 9144078 40.0 -1.53 -1.33 33.30 26.79 124.1 0.089 1440.53
43.0 -1.62 -1.62 33.71 27.12 92.7 0.092 1440.7 45.0 -1.51 -1.51 33.50 26.95 108.97 90.095 1440.9
2OSQO5 12 617 f= 1 61° 93,83" 27. 25 82.8 0.097 1441.0 50.0 -1.6% -1.69 33.467 27.11 93.7 0.100 1440.4
30. QO) =VoTt tie 33.97 27. 32 73.9 0.101 1443.6 90.0 —15°97) —1. 57 383.83 27. 22 83.6 0.104 1441.3
6050-15070 =1°07 34.03 27.32 69.4 0.104 1444.0 60.0 -1.60 -1.61 33.91 27.29 77.1 O.108 1441.3
6450 8-1703 =17.03 G4: 11 27.43 63.6 0.108 1444.4 63.0 =1.635° -1.66 34.01 27.37 67.4 0.112 1441.3
70,05) O71 9355-0. 7G 34-17) 27, 40 39.3 0.111 1444.8 70.90 -1.664 -1.66 34.06 27.41 63.3 0.115 1441.4
73.0 -1.21 -1.21 34.16 27.48 99.1 0.114 1443.7 73.0 -1.63 -1.63 34.08 27.43 63.5 0.119 1441.7
80.0 -1.38 -1.38 34.21 27.53 94.2 0.117 1443.1 80.0 -1.61 -1.61 34.16 27.49 97.7 0.122 1442.0
85°50) —15 29) =1) 297 34.25) 27.96 91.6 0.119 1443.7 65700 ia 7m 1 Oat el ee 7 OO 97.2 0.125 1442.3
90.0 -1.02 1.03 34.30 27.59 48.8 0.122 1445.1 90.0 -1.41 -1.41 34.24 27.535 31.9 0.127 1443.2
95.0 -0.74 -0.74 34.35 27. 62 45.8 0.124 1446.6 95.0 -0.939 -0.94 34.27 27.536 91.2 0.130 1445.6
100.0 -0.60 -0.60 34.36 27.62 46.0 0.127 1447.3 100.0 -0.48 -0.48 34.39 27. 64 44.3 0.132 1447.9
110.0 QO. 22 0.21 34.52 27.71 37.4 0.131 1451.4 110.0 -0.10 -QG.1i1 34.46 27.67 40.9% 0.137 1449.9
120. 0 0. 66 0.65 34.59 27.74 34.79 0.135 1453.7 120. 0 0. 42 0.42 34.39 27.75 33.4 0.140 1452.6
130. 0 1.26 1.26 34.71 27.79 30.1 0.1938 1456.8 130.0 1. 04 1.03 34.66 27.77 31.8 0.144 1435.7
140. 0 1.72 1.71 34.77 27.81 28.4 0.141 1459.0 140. 0 1. 27 1.26 34.71 27.80 29.7 0.147 1456.9
150.0 1.70 1.69 34.78 27.82 28.2 0.144 1459.1 150.0 1.29 1.28 34.74 27.82 27.8 9.150 1457.2
160.'0 1.88 1.868 34.81 27.83 27.3 0.146 1460.1 160. 0 1. 86 1.85 34.83 27.85 25.1 0.152 1460.1
170.0 2.24 2.23 34.87 27.85 25.5 0.149 1461.9 170.90 1.78 1.76 34.81 27.83 26.5 90.1355 1459.9
180. O 2. 62 2.61 934.92 27.86 24.7 0.152 1463.9 180. O 1. 92 1.971 34.84 27.85 24.8 0.158 1460.7
190. 0 2. 60 2.58 34.92 27.86 24.6 0.154 1463.9 190.90 2.20 2.19 34.90 27.87 23.2 0.160 1462.2
200. O 2. 60 2.59 34.92 27.86 24.8 0.157 1464.1 200. 0 2. 24 2.23 34.90 27.87 23.4 0.162 1462.5
210.0 2.15 2.14 34.89 27.87 23.1 0.159 1462.3 210.0 2.235 2.24 34.91 27.88 23.0 0.165 1462.7
220.0 2.31 2.30 34.92 27.988 22.7 0.161 1463.1 220.0 2.18 2.17 34.91 27.89 22.0 0.167 1462.6
230. 0 2.27 2.25 34.92 27.89 22.2 0.164 1463.1 230. 0 1. 87 1.86 34.88 27.89 22.0 0.169 1461.3
240.0 2.33 2.31 34.94 27.90 21.1 0.166 1463.6 240.0 1.83 1.82 34.89 27.90 20/7) OMI LAG lens
250. O 2.35 2.34 34.953 27.90 21.0 0.168 1463.9 2350. O 1. 74 1.73 34.88 27.90 20.7 0.174 1461.1
260. 0 2.15 2.14 34.91 27.89 22.2 0.170 1463.1 260. 0 1.73 1.73 34.90 27.971 19.9 0.176 1461.3
270.0 2.05 2.04 34.92 27.71 20.5 0.172 1462.9 270.0 1. 32 1.31 34.86 27.971 19.7 0.178 1459.3
280. 0 2. O7 2.06 34.94 27.7971 19.7 0.174 1463.1 280. 0 1. 52 1.50 34.90 27.93 17.8 0.180 1460.6
2970. 0 2.06 2.04 34.94 27.92 19.3 0.176 1463.2 270.90 1. 66 1.64 34.92 27.974 17.4 0.181 1461.5
300. O 2.04 2.03 34.974 27.92 19.1 0.178 1463.3 300. O 1. 36 1.54 34.91 27.974 17.4 0.183 1461.1
307.6 1.94 1.92 34.93 27.92 18.8 0.180 1463.0 304.2 1. 61 1.59 324.92, 27.94 16.9 0.184 1461.5
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 2 24 2 2 rat 28
(PPT) 29 30 31 3 3 34 3 36
(DEG C) - - 0 4
Q
100
200
(M)
300
iF S Or
400
MIZEX-83 Si -1
7-21-83
500
(SIGMA-T) 2 24 25 2 27 2
(Pei 3 3 3 3 34 3 36
(OEG C) - - 4 5
0
100
200
(M)
300
T S Ot
400
MIZEX-83 Siemens
7-21-83
500
MIZEX-83 STATION 9341) CTD 21/JUL/1983 1114 GMT CODE = 1 MIZEX-83 STATION 94(1) CTD 21/JUL/1983 1206 GMT CODE = 1
LAT = 79.1917N LNG = 4.4183W LTER = 300. LGER = 300. LAT = 79. 2283N LNG = 4.8850W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.96 -0.96 31.39 25.22 273.5 0.000 1439.8 0.0 -1.26 -1.26 31.26 23.13 282.5 0.000 1438.2
1.9 -0.96 -0.96 31.39 25.22 273.5 0.005 1439.8 1.9 -1.26 -1.26 31.26 25.13 282.5 0.006 1438.2
5.0 -1.07 -1.07 31.50 25.32 264.5 0.014 1439.5 9.0 -1.37 -1.37 31.41 25.26 270.4 0.014 1438.0
10.0 -0.96 -0.96 31.50 25.32 264.6 0.027 1440.1 10.0 -1.33 -1.339 31.47 25.30 266.3 0.028 1438.3
15.0 -1.14 -1.14 31.51 25.339 263.6 90.040 1439.4 15.0 -1.39 -1.39 31.44 25.28 268.1 0.041 1438.1
20.0 -1.22 -1.22 31.53 25.34 261.8 0.054 1439.1 20.0 -1.46 -1.46 31.58 25.40 257.0 0.055 1438.0
25.0 -1.27 -1.27 31.66 25.45 251.3 0.067 1439.1 25.0 -1.51 -1.51 931.67 25.47 249.7 0.067 1438.0
30,0 9-138 —1..98._31..97_.25..71. 226.8. .0. 0797 1439.1 30.0 -1.56 -1.56 31.73 25.52 245.4 0.080 1437.9
35.0 -1.52 -1.52 32.45 2610 189.5 0.089 1439.2 35.0 -1.58 -1.58 31.83 25.60 2937.1 0.092 1438.1
40.0 -1.56 -1.56 32.971 26.48 154.2 0.098 1439.8 40.0 -1.61 -1.61 32.03 25.76 222.0 9.104 1438.3
45.0 -1.55 -1.55 33.23 26.73 129.6 0.105 1440.4 . 45.0. -1.60 -1.60 32.46 26.11 188.7 90.114 1439.0
30.0 -1.65 -1.65 33.44 26.91 112.8 0.111 1440.3 90.0 -1.46 -1.46 32.93 26.49 152.8 0.123 1440.4
vo.Q0 —1.59 -1.59 33.465 27.08 97.1 0.117 1440.9 95.0 -1.47 -1.47 33.27 26.76 1268 0.130 1441.0
60.0 -1.57 -1.57 33.86 27.25 81.0 0.121 1441.4 60.0 -1.51 -1.51 33.52 26.97 107.5 0.136 1441.2
65.0 -1.16 1.16 33.99 27.34 72.1 0.125 1443.6 65.9 -1.63 -1.63 33.73 27.14 90.7 90.141 1441.0
70.0 -1.58 -1.58 34.06 27. 41 65.6 0.128 1441.8 70.0 -1.62 -1.62 33.86 27.25 80.4 0.145 1441.3
ZasOme=l 7A SN 1 34 1S 2746 60.4 0.132 1441.4 73.0 S-1560) “=1560 339296 427.7533 73.1 0.149 1441.6
BOS0 1567, 1567 (34711 (27.45 61.4 Q0.135 1441.6 80.0 -1.62 -1.62 34.04 27.39 67.2 0.152 1441.8
835.0 -1.67 -1.67 34.14 27.48 98.9 0.138 1441.8 85.0 -1.64 -1.65 34.08 27.43 63.3 0.156 1441.8
TORO Dial 62 1 63 4216) 427.00 07.3 0.141 1442.1 90.0 -1.65 -1.65 34.10 27.4535 62.0 90.159 1441.9
95.0 -1.44 -1.44 34.17 27.49 37.6 0.144 1443.0 935.9 -1.64 -1.64 34.13 27.47 57.9 0.162 1442.0
100.0 -1.14 1.14 34.20 27.51 29.8 0.146 1444.6 100.0 -1.61 -1.62 34.17 27.50 36.7 0.163 1442.3
110.0 -0.47 -0.47 34.35 27.60 47.3 0.152 1448.1 110.0 -1.53 -1.55 934.20 27. $2 34.4 0.170 1442.8
120.0 -0.13 -0.14 34.48 27.69 39.1 0.156 1450.0 120.0 -1.15 -1.15 34.30 27.60 47.8 0.176 1445.0
130.0 0. 30 0.30 34.55 27.73 33.7 0.160 1432.2 130.0 -0.70 -0.70 34.38 27. 64 43.7 90.180 1447.4
140.0 0. 87 0.86 34.64 27.76 32.6 0.163 1459.1 140.0 0.20 0.20 34.50 27.69 39.4 0.184 1451.9
150.0 1.35 1.394 34.73 27.80 29.0 0.166 1457.5 150. 0 0. 99 0.98 34.467 27.78 31.3 0.188 1455.8
160.:0 1. 42 1.42 34.75 27.81 28.3 0.167 1458.0 160.0 1.70 1.70 34.74 27.79 3OU9) 30.191" 31 45952
170. 0 139.1 1.91 34.82 27.83 26.7 0.172 1460.4 170. 0 1. 42 1.41 34.71 27.79 30.9 0.194 1458.1
180. 0 2. 02 2.01 34.85 27.85 25.3 0.175 1461.1 180.0 1. 64 1.63 34.83 27.86 23.7 0.197 1459.4
190. O 2.11 2.10 34.87 27.86 24.6 0.177 1461.7 190. 0 2.03 2.01 34.85 27.85 25.1 0.199 1461.3
200.0 2.23 2.22 34.89 27.87 23.8 0.180 1462.4 200. 0 2.28 2.27 34.90 27.87 23.4 0.202 1462.7
210.0 2.13 2.14 34.970 27.88 22.9 0.182 1462.3 210.90 2.28 2.27 34.90 27.87 23.7 0.204 1462.8
220. O 2.13 2.12 34.970 27.88 22.4 0.184 1462.3 220. 0 2.43 2.42 34.973 27.88 23.1 0.207 1463.7
230.0 2.11 2.10 34.90 27.89 22.1 0.187 1462.4 230.0 2.46 2.45 34.93 27.88 22.9 90.209 1464.0
240.0 2.18 2.17 34.92 27.89 21.3 0.189 1462.9 240.0 2.39 2.37 34.93 27.89 22.3 0.211 1463.8
250. 0 2. 08 2.07 34.91 27.89 21.4 0.1971 1462.6 250. 0 2.235 2.23 34.91 27.88 22.9 0.214 1463.4
260. 0 2.09 2.08 34.9939 27.91 20.1 0.193 1462.9 260. O 2.14 2.12 34.971 27.89 21.9 0.216 1463.0
270.0 he SAY 1.97 34.92 27.71 20.1 0.195 1462.6 270. 0 1.98 1.97 34.90 27.90 21.2 0.218 1462.5
280. O 1.971 1.89 34.91 27.91 19.9 0.197 1462.4 280. 0 1.91 1.89 34.89 27.89 21.4 0.220 1462.3
290. O 1.88 1.86 34.92 27.92 19.4 0.199 1462.4 290. 0 Nn TAY V7 34591 (27-91 19.4 0.222 1462.0
300. O Mb tehy 1.87 34.93 27.93 18.4 0.201 1462.6
303. 9 1.86 1.85 34.92 27.92 19.1 0.202 1462.6
(SIGMA-T} 23 24 25 256 27 25
(PPT) 29 30 31 <! 33 34 35 36
(DEG C) a - D 3 4 5 6
100
200
(M)
300
T S Or
400
MIZEX-83 93 -l
7-21-83
500
(SJGMA-T) 2 24 25 26 27 28
(PPT) 2 3 3 3 33 34 35 36
(DEG C) be - s} 4 5 6
“
200
(M)
300 T S Or
400
MIZEX-83 94 -] |
| 7-21-83
500
MIZEX-83 STATION 95(1) CTD 21/JUL/1983 1254 GMT CODE = 1 MIZEX-83 STATION 96(1) CTD 21/JUL/1983 1259 GMT CODE = 1
LAT = 79. OOOON LNG = 2. 2350W LTER = 300. LGER = 300. LAT = 79. 2617N LNG = 5. 3350W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.56 -0.56 31.47 25.28 268.3 0.000 1441.8 0.0 -0.54 -0.54 30.80 24.74 319.9? 0.000 1441.0
2.0 -0.56 -0.56 31.47 25.28 268.3 0.005 1441.8 1.9 -0.54 -0.54 30.80 24.74 319.9 90.006 1441.0
5.0 -0.87 -0.87 31.54 25.34 262.0 0.013 1440.5 3.0 «6-00.48 -0.48 30.93 24.84 310.1 0.016 1441.5
10.0 -0.77 -0.77 31.54 25.34 261.9 90.027 1441.1. 10.0 -0.53 -0.53 30.79 24.73 320.7 90.032 1441.2
15.0 -0.76 -0.76 32.51 26.13 187.5 0.038 1442.6 15.0 -0.91 -0.91 31.03 24.94 300.7 0.048 1439.8
20,0°>--0;, 72 -O0;73 33:06) 26557 145.:I> 0.0477 144376 20.0 -0.88 -0.88 31.593 25.34 262.1 90.062 1440.7
29.0 =-1:15 -1/516 33:70. 27-11 94.5 0.053 1442.4 25.0 -1.18 -1.19 31.68 25.47 250.0 90.075 1439.6
30.0 -1.17 -1.17 34.00 27.39 71.5 0.057 1443.0 390.0 -1.35 -1.95 31.73 25.51 245.5 0.087 1439.0
35.0 -1.54 -1.54 34.11 27.45 62.1 0.060 1441.5 35.0 -1.937 <-1.37 31.80 235.37 239.9 0.100 1439.0
40.0 -1.62 -1.62 34.15 27.49 98.4 0.063 1441.3 40.0 -1.53 -1.53 31.94 25.69 229.0 0.111 1438.5
45208 (leo iee—le le S452ie 2/553 34.3 0.066 1441.9 45.0 -1.61 -1.61 931.99 25.73 225.2 0.123 1498.3
VONOn =—22 919 —17 319 34324" 27299 v2.2 0.069 1443.0 90.0 <-1.49 -1.69 32.03 25.77 221.4 0.134 1438.1
95.0 -1.02 -1.02 34.30 27.59 49.1 0.071 1444.5 $3.0 -1.61 -1.61 932.09 25.81 217.4 0.145 1498.6
60.0 -0.51 -0.51 34.38 27.63 44.8 0.074 1447.1 60707 17 599% -1259) S218) 25588) (21072) OF1S465 14399700
65. 0 0.01 0.01 34.43 27.65 43.6 0.076 1449.6 65.0 -1.55 -1.56 32.36 26.03 1966 0.166 1439.4
79.0 Q. 92 0.92 34.56 27.70 397.0 0.078 1434.0 7O,02 —TGle —12 618) S2555m 26) 19S 1Sil 2s OF17GR 1ASTES
73.0 0.35 0.35 34.57 27.74 34.5 0.080 1451.6 73.0 -1.50 -1.50 32.93 26.49 152.4 0.184 1440.7
80.0 0.61 0.60 34.60 27.75 33.9 0.082 1452.8 80.0 -1.32 -1.32 933.12 26.64 138.6 0.192 1441.9
85.0 1.359 15098 34971 27277 31.8 0.083 1457.5 85.0 -1.51 -1.51 933.28 26.77 125.6 0.198 1441.3
970.0 1.51 1.50 34.71 27.78 31.5 0.085 1457.2 90.0 -1.55 -1.55 393.58 27.02 102.6 90.204 1441.6
935.0 1.35 1.35 34.72 27.80 29.3 0.086 1456.6 95.0 -1.61 -1.61 33.83 27.23 82.5 0.209 1441.8
100.0 1. 64 1.64 34.75 27.80 29.8 0.088 1458.0 100.0 -1.63 -1.63 33.98 27.34 71.6 9.213 1441.9
110.0 1297 1.97 34.90 27.89 21.0 0.090 1459.8 110.0 -1.70 -1.71 34.09 27.44 62.2 0.220 1441.9
120. O 2.51 2.51 34.85 27.81 28.8 0.093 1462.3 120.0 -1.66 -1.66 34.16 27.50 97.1 0.226 1442.4
130.0 2.16 2.15 34.86 27.85 25.4 0.096 1460.9 1390.0 -1.61 -1.62 34.21 27.354 93.3 0.231 1442.9
140. O 1.976 1.95 34.90 27.90 20.5 0.098 1460.3 140.0 -1.135 -1.15 94.28 27.58 49.6 0.2346 1445.3
150.0 1.970 1.89 34.896 27.87 23.2 0.100 1460.1 150.0 -0.64 -0.64 34.40 27.65 42.7 90.241 1448.0
160.:0 Le. 1.78 34.84 27.86 24.3 0.103 1459.7 160.0 -0.47 -0.47 34.47 27.70 38.3 0.245 1449.1
170. 0 1.88 1.87 34.86 27.88 22.0 0.105 1460.4 170.0 -0.27 -0.28 34.53 27.74 34.3 0.249 1450.2
180. O 1.74 1.73 34.80 27.83 26.3 0.107 1459.8 180.0 -0.13 -0.14 34.58 27.78 31.0 0.252 1451.1
190.0 1.72 1e7AS 342587) 27239 21.7 90.110 1460.0 190.0 0. OF 0.09 34.63 27.80 28.7 90.255 1432.4
200. 0 1.65 1.64 34.86 27.89 21.7 0.112 1459.8 200.0 QO. 21 9.20 34.64 27.80 28.6 0.258 1433.1
210.0 1.76 1.75 34.87 27.89 21.7 0.114 1460.5 210.0 0. 26 0.25 34.67 27.83 26.6 0.261 1453.5
220. 0 1.73 1.72 34.87 27.989 21.7 0.116 1460.5 220.0 QO. 31 O.31 34.70 27.84 24.8 0.263 1454.0
230. 0 1.76 1.74 34.89 27.791 20.0 0.1197 1460.8 230.0 O. 36 0.55 34.75 27.88 22.1 0.266 1455.3
240.0 1.75 1.74 34.970 27.971 195ve Os lety 146120 240.0 0. 32 0.31 34.75 27.89 21.0 90.268 1454.4
250. O 1.76 1.73 934.91 27.92 19.0 0.122 1461.2 250. 0 0. 34 0.33 34.76 27.970 20.1 0.270 1454.7
260.0 1.79 We77e S45 70) 27291 19.7 0.124 1461.5 260.0 QO. 33 0.33 34.746 27.89 20.7 0.272 1454.8
270. 0 1.73 1.74 34.71 27.92 18.6 0.126 1461.5 270.90 0. 38 0.37 34.76 27.89 20.3 0.274 1455.2
280.0 1.63 1.62 34.90 27.92 18.7 0.128 1461.1 280. O QO. 40 0.38 34.77 27.90 19.8 0.276 1455.4
290.0 1.63 Oem 34571 2707S 17.7 0.130 1461.3 2970. O 0.43 0.42 34.81 27.93 17.2 0.278 1455.8
300. O 1. 62 1761 345919 27.93 18.2 0.132 1461.4 278. O 0. 45 0.44 34.81 27.93 17.0 0.280 1456.0
303. 5 1.958 1.57 34.92 27.94 17.2 0.133 1461.3
DEPTH TEMP. SALIN DEPTH TEMP SALIN
(SIGMA-T} 2 24 Zo 24 me an 28
(PPT) 2p 3p 3} 32 33 34 35 36
- 3 4 F) 6
(DEG C) -
Q
100
200
(M)
300
i S Or
400
MIZEX-83 95 -1
i 7-21-83
500
(SIGMA-T) 2 24 25 26 744) 28
(PPT) 2p 3p 3} 3? 33 34 fs) 36
(CEG C) a - ) 4 5 6
100
200
(HM)
eo T S Or
400
MIZEX-83 Shs) Sil
7-21-83
500
MIZEX-83 STATION 97(1) CTD 21/JUL/1983 1344 GMT CODE = 1 MIZEX-83 STATION 98¢(1) CTD 21/JUL/1983 1441 GMT CODE = 1
LAT = 78.9700N LNG = 1.8733W LTER = 300. LGER = 300. LAT = 78. 97417N LNG = 1.3967W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND ’ DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.Q -1.07 -1.07 31.25 25.12 283.4 0.000 1439.1 0.0 -0.92 -0.92 31.469 25.47 250.0 0.000 1440.4
2.0 -1.07 -1.07 31.25 25.12 283.4 0.006 1439.2 2.0 -0.92 -0.92 31.469 25.47 249.9 90.005 1440.5
5.0 -1.02 -1.02 31.56 25.36 260.2 0.014 1439.8 3.0 -0.59 -0.59 391.77 25.52 245.1 0.0139 1442.1
10.0 -1.00 -1.00 31.66 25.45 252.3 0.027 1440.2 10.0 -0.36 -0.36 32.14 25.81 217.7 0.024 1443.8
15.0 -1.23 -1.23 32.39 26.05 194.9 0.038 1440.2 15.0 1. 66 1.66 33.71 26.97 108.1 0.0393 1455.3
20.0 -1.01 -1.01 33.53 26.96 108.2 0.046 1442.9 20.0 2.90 2.90 34.25 27.29 77.2 0.037 1461.5
25.0 -0.33 -0.33 34.02 27.393 73.2 0.051 1446.9 25.0 3. O8 3.08 34.32 27.49 98.5 0.041 1462.7
30.0 -0.64 -0.64 34.53 27.76 32.8 0.053 1446.2 30. 0 2.16 2.15 35.22 28.13 -2.3 0.042 1459.7
35.0 1.60 1.60 34.45 27.56 31.7 0.055 1456.3 335.0 3. 33 3.32 34.80 27.70 38.9? 0.043 1464.3
40.0 0. 38 0.38 34.43 27.62 45.6 0.058 1450.97 40.0 3. 54 3.54 934.86 27.72 37.1 0.045 1465.4
45.0 0. 06 0.06 34.49 27.6? 39.2 0.060 1449.6 45.0° 3.42 3.42 34.89 27.76 33.2 0.047 1465.0
30. 0 0.16 0.16 34.48 27. 68 40.3 0.062 1450.1 30. 0 3. 44 3.43 34.91 27.77 31.9 0.048 1465.2
99.0 0.73 0.73 34.359 27.73 35.6 0.064 1453.0 99. 0 J. 32 3.32 34.90 27.77 32.9 0.050 1464.8.
40. O 1.63 1.63 34 60 27. 48 41.0 0.066 1457.1 60. 90 3.18 3.17 34.93 27.81 28.5 0.051 1464.3
69.90 1. 80 1.80 34.73 27.77 32.1 0.068 1456.1 65.0 3. 06 3.05 34.97 27.85 24.5 90.053 1463.9
70. 0 2.30 2.29 34.78 27.77 32.2 0.049 1440.4 70.0 2.49 2.49 34.89 27.85 235.2 0.054 1461.4
73.0 2. 68 2.68 34.83 27.78 31.5 0.071 1462.2 73.0 2. 54 2.53 34.89 27.84 25.7 0.055 1461.7
80. 0 2.65 2.64 34.84 27.79 30.2 0.072 1462.2 80.0 2.393 2.593 34.90 27.85 25.1 0.057 1461.8
85.0 2. 36 2.36 34.82 27.80 29.9 Q0.074 1461.0 85.0 2.391 2.90 34.90 27.85 25.0 0.058 1461.7
90.0 2.99 2.54 34.89 27.94 26.0 0.075 1462.0 990.90 2. 52 2.51 34.90 27.85 25.2 90.059 1461.9
935.0 2.86 2.85 94.92 27.83 26.7 Q0.Q077 1463.5 93.0 2. 41 2.40 34.90 27.85 24.4 0.060 1461.5
100.0 2.73 2.74 34.92 27.84 25.6 0.078 1463.1 100.0 2.45 2.43 34.90 27.86 24.1 0.062 1461.8
110. 0 2.59 2.54 34.88 27.83 27.2 0.081 1462.3 110. 0 2.51 2.50 34.92 27.87 23.4 0.064 1462.2
120.0 2. 47 2.47 34.90 27.85 24.6 0.083 1462.2 120.0 2.47 2.46 34.92 27.87 23.1 0.066 1462.2
130.0 2.64 2.63 34.93 27.86 23.8 0.086 1463.1 130. 0 2. 32 2.391 34.91 27.87 22.7? 90.069 1461.7
140. 0 2. 38 2.357 34.93 27.87 23.6 0.088 1463.0 140. 0 2.27 2.26 34.91 27.88 22.2 0.071 1461.6
150.0 2.49 2.48 34.93 27.88 22.8 0.091 1462.8 150. 0 2.39 2.38 34.974 27.89 21.6 0.073 1462.4
160.:0 2.44 2.43 234.94 27.88 22.1 0.093 1462.8 160. O 2.39 2.38 34.93 27.88 22.2 0.075 1462.5
170.0 2.23 2.27 34.93 27.89 21.3 0.095 1462.2 170.0 2.26 2.25 34.93 27.970 20.7 0.078 1462.1
180. O 2. 44 2.43 34.95 27.89 21.2 0.097 1463.1 180. O 2.25 2.24 34.93 27.89 21.3 0.080 1462.3
190.0 2. 44 2.43 34.95 27.90 21.2 0.099 1463.3 1970. 0 2.16 2.15 34.92 27.970 20.9? 0.082 1462.0
200. O 2. 48 2.47 34.97 27.7971 20.1 0.101 1463.6 200. 0 2.12 2.11 34.92 27.89 21.2 0.084 1462.0
210.0 2. 42 2.41 34.76 27.970 20.7 90.103 1463.5 210.0 2.09 2.08 34.974 27.972 18.7 0.086 1462.0
220.0 2.33 2.32 34.76 27.91 19.9 90.103 1463.3 220.0 2. 00 1.99 34.974 27.972 18.4 9.088 1461.8
230.0 2.22 2.20 34.95 27.91 19.5 0.107 1462.9 230.0 TS 1.70 34.93 27.93 18.2 0.090 1461.6
240.0 2.27 2.25 34.96 27.92 18.9 0.109 1463.4 240.0 1.90 1.89 34.93 27.93 18.2 0.092 1461.7
250. O 2.12 2.11 34.95 27.92 18.9 0.111 1462.9 250. 0 1.90 1.88 34.94 27.94 1747 O07 OFS" 146159
260. 0 2.11 2.10 34.96 27.93 17.8 0.113 1463.0 260. 0 1.92 1.970 34.94 27.93 17.6 9.093 1462.1
270.0 2.14 2.13 934.97 27.93 18.0 0.115 1463.3 270.0 1.92 1.91 34.94 27.93 18.0 0.097 1462.3
280.0 2.08 2.06 34.95 27.93 18.3 0.117 1463.2 280.0 he A 1.89 34.95 27.94 17.4 0.099 1462.4
290. O 1.90 1.868 34.93 27.93 18.35 0.119 1462.5 270. 0 1.89 1.87 34.95 27.94 16.9 0.100 1462.5
300. O LAa77 1.76 34.93 27.93 17.8 0.121 1462.1 300. 0 197 1.97 34.97 27.94 16.8 0.102 1463.1
310.90 1599 1.98 34.98 27.95 16.1 0.104 1463.3
320.0 1.98 1.96 34.97 27.95 16.35 0.1064 1463.4
330. 0 1.96 1.974 34.97 27.95 16.3 0.107 1463.5
340. 0 1.93 1.91 34.98 27.96 15.7 0.109 1463.5
359. 0 1.91 1.89 34.98 27.976 15.3 90.110 1463.6
351.0 a arse 1.89 34.97 27.964 15.9 90.111 1463.6
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 2 27 2
(OEG C)
Qa
nigh mye Goat! Sie}
j
"|
om
{
(M)
300
:
500
7-21-83
(SIGMA-T)} 23 24 25 2 27 2
(PP Taine 30 3 3 33 34 3 36
(0OEG C) - - 0 4
e 0
100
200
(M)
300
if S OT
400
MiZEX—oS sho et
7-21-83
500
MIZEX-83 STATION 99(1) CTD 21/JUL/1983_1529 GMT CODE = 1 MIZEX-83 STATION 100(1) CTD 22/JUL/1983_ 747 GMT CODE = 1
LAT = 78.9133N LNG = 0. 9833W LTER = 300. LGER = 300. LAT = 79. 2483N LNG = 0. S293W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.90
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL. DYNHT SOUND
0.0 0. 86 0.86 33.47 26.83 121.3 0.000 1451.1 0.0 -0.34 -0.34 31.47 25.27 267.0 90.000 1442.8
3.0 0. 86 0.86 33.47 26.83 121.3 0.006 1451.2 2.35 -0.394 -0.34 31.47 25.27 269.0 90.007 1442.9
6.9 0. 86 0.86 33.47 26.839 121.3 90.008 1451.2 9.0 -0.44 -0.44 31.51 25.31 265.2 0.014 1442.5
10.0 3.32 3.32 33.45 26.62 141.1 0.013 1462.1 10.0 -0.69 -0.69 31.74 25.50 247.0 0.027 1441.7
15.0 4.24 4.24 34.23 27.15 90.6 0.018 1467.1 15.0 -1.01 -1.02 32.28 25.95 204.5 0.038 1441.90
20.0 4.32 4.31 34.71 27.53 595.2 0.022 1468.1 20.0 -1.54 ~-1.54 339.46 26.93 111.7 0.046 1440.3
29.90 4.05 4.05 34.74 27.58 90.4 0.025 1467.1 25.0 -1.97 -1.37 933.74 27.15 90.3 0.051 1440.7
30. 0 4.31 4.30 34.99 27.74 34.5 0.027 1468.6 30.0 -1.61 -1.61 33.88 27.26 77.86 0.0535 1440.7
35.0 4.60 4.579 34.99 27.71 37.8 0.029 1469.9 35.0 -1.62 <-1.62 33.96 27.33 73.9 90.059 1440.9
40.0 4.06 4.06 34.79 27.61 47.9 0.031 1467.5 40.0 -1.61 1.61 34.02 27.398 668.9 0.063 1441.1
43.0 3.735 3.74 33.03 27.94 25.9 0.033 1466.6 45.90 -1.64 -1.64 934.07 27. 42 64.7 0.066 1441.1
50. O 4.02 4.02 35.00 27.79 30.7 0.034 1467.8 90.0 -1.63 -1.64 34.11 27.46 61.2 0.069 1441.3
539.0 3.973 3.93 34.96 27.77 32.8 0.036 1467.4 99.0 -1.63 -1.63 34.14 27.48 398.7 0.072 1441.4
60.0 3.76 3.76 34.99 27.81 297.90 0.037 1466.8 60.0 ~-1.60 -1.60 34.16 27.350 37.4 0.075 1441.7
635.0 3. 69 3.69 34.95 27.78 31.7 0.039 1466.4 69.0 -1.37 -1.57 34.18 27.350 36.6 0.078 1441.9
79.90 3. 48 3.48 34.974 27.797 30.3 0.040 1465.7 70.0 -1.468 -1.48 34.23 27.354 32.8 0.081 1442.3
73.0 3. 45 3.43 35.11 27.93 17.2 0.042 1463.9 79.9 -1.390 -1.30 34.26 27.36 31.2 0.084 1443.5
80.0 3. 60 3.60 35.00 27.83 26.9 0.043 1466.3 80.0 -1.11 -1.11 34.28 27.38 49.9 0.086 1444.5
85.0 3. 48 3.47 35.00 27.84 26.0 0.044 1466.0 65.0 -0.94 -0.94 34.33 27.61 46.6 0.089 1445.4
90.0 3. 41 3.41 35.00 27.85 25.3 0.045 1465.9 90.0 -0.79 -0.80 34.36 27.62 45.4 0.0971 1446.2
93.0 3. 37 3.36 33.01 27.86 24.5 0.047 1465.8 935.0 -0.39 -0.59 34.37 27.63 45.0 0.093 1447.3
100. 0 3. 32 3.31 34.99 27.85 25.5 0.048 1465.6 100.0 -0.368 -0.38 34.439 27.466 41.9 0.095 1448.4
110.0 3. 22 3.21 94.99 27.85 24.8 0.050 1465.3 110.9 QO. 37 0.37 34.58 27.74 34.2 0.099 1452.2
120.0 3.10 3.10 34.99 27.86 23.9 0.053 1465.0 120.90 0. 62 0.62 34.462 27.76 32.7 9.103 1453.6
130.0 2.977 2.96 34.98 27.87 23.1 Q0.055 1464.6 130.0 1.04 1.04 34.72 27.82 27.7 9.106 1455.8
140. 0 2.85 2.84 34.98 27.88 22.2 0.058 1464.3 140. 0 1.29 1.28 34.73 27.81 28.4 0.109 1457.1
150.0 2.78 2.77 39.00 27.90 290.4 0.060 1464.1 150. 0 1.55 1.55 34.79 27.83 26.4 90.111 1458.5
160.:0 2.29 2.28 34.69 27.70 39.3 0.063 1461.7 160. 0 173, 1.72 34.80 27.83 26.6 0.114 1459.4
170.0 2.25 2.24 34.99 27.94 16.4 0.066 1462.2 170.90 1.96 1.96 34.85 27.86 24.35 0.117 1460.7
180. O 2. 36 2.35 34.96 27.971 19.7 Q0.Q67 1462.8 180. O 2.17 2.16 34.88 27.86 24.3 0.119 1461.8
190. 0 2.22 2.21 34.98 27.993 17.3 0.069 1462.3 1970. 0 2. 42 2.40 34.93 27.88 22.6 90.121 1463.1
200. 0 2.18 2.17 34.95 27.92 18.8 0.071 1462.3 200. 0 2. 44 2.43 34.90 27.85 23.2 0.124 1463.4
210.0 2.11 2.10 34.97 27.94 17.2 0.073 1462.2 210.90 2.08 2.07 34.88 27.87 23.2 90.126 1461.9
220.0 2.06 2.05 34.96 27.93 17.6 0.075 1462.1 220. 0 2.48 2.47 34.93 27.89 21.7 9.129 1463.9
230. 0 1.90 1.89 34.95 27.94 17.1 0.076 1461.6 230.0 2.42 2.41 34.92 27.87 23.6 90.131 1463.8
240.0 1.88 1.86 34.95 27.94 16.6 9.078 1461.6 240.0 2.29 2.28 34.92 27.89 22.3 90.133 1463.4
250. 0 ie 79 Te TER S459 9m ela Io 16.1 0.080 1461.4 250. 0 2.03 2.02 34.91 27.90 21.2 0.135 1462.4
260.0 177. 1.75 34.96 27.96 15.3 0.081 1461.5 260. 0 1.93 1.94 34.90 27.89 21.4 9.137 1462.2
270.0 1.81 1.79 34.96 27.96 15.5 0.083 1461.8 270. O 2.03 2.01 34.93 27.91 19.3 0.140 1462.7
280. 0 1. 87 1.85 34.99 27.97 14.90 0.084 1462.3 280. 0 1.94 1.93 34.91 27.971 20.2 0.142 1462.3
290. O 1.85 1.84 34.97 27.96 15.4 0.086 1462.4 2970. 0 1. 86 1.84 34.92 27.92 19.4 0.144 1462.3
300. 0 ub hy) Bb, Tech ech Ie peaeee epee 14.6 @.Q087 1462.1 300. 0 1.90 1.88 34.93 27.92 18.9 0.1435 1462.7
309.9 171 nt FAD EL TAS ee hoa Aid 14.6 0.089 1462.1 306. 4 1.89 1.87 34.92 27.92 19.3 0.147 1462.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 2 2 27 2
(PPTamee2 3 3 3 3 34 3 36
(OEG C) - ~4 0 6
0
100
200
(MH)
300
T Ss Or
400
MAiZo AOS xo hs bees
7-21-83
500
(SIGMA-T) 23 24 25 26 27 28
a a em Sa
(PPT) 2 30 3 32 3 34 3 36
(DEG C)
MZ eos LOO 1
| 7-22-83
50a
“)
“|
(M1)
300
400
MIZEX-83 STATION 101(1) CTD 22/JUL/1983_ 9823 GMT CODE = 1 MIZEX-83 STATION 102(1) CTD 22/JUL/1983 856 GMT CODE = 1
LAT = 79.1617N LNG = 0. 8600W LTER = 300. LGER = 300. LAT = 79.0717N LNG = 1. OSSOW LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0.56 0.56 31.50 25.25 270.6 0.000 1447.0 0.0 0. 06 0.06 31.36 23.146 279.2 90.000 1444.5
139 0.56 0.56 31.50 25.25 270.5 0.005 1447.0 12.9 0. 06 0.06 31.36 25.14 279.1 90.006 1444.6
9.0 0. 64 0.64 31.52 25.27 269.3 0.014 1447.5 9.0 -0.23 -0.23 31.49 25.28 267.7 90.014 1443.4
10.0 -0.34 -0.34 31.71 25.464 250.7 0.027 1443.3 10.0 -0.39 -0.39 31.88 25.60 237.5 0.027 1443.3
15.0 -0.939 -0.93 32.55 2616 184.2 0.038 1441.8 15.0 -0.168 -@.18 32.23 25.87 211.5 0.038 1444.9
20.0 -1.43 -1.44 33.24 2674 129.4 0.046 1440.5 20.0 0.16 0.16 33.21 26.65 138.0 0.047 1447.9
23.0 -1.60 -1.60 33.65 27.07 97.5 0.052 1440.4 29.0 -0.30 -0.31 33.73 27.09 96.0 0.053 1446.5
3020 108 = 19 09386 Se /..2e9 80.9 0.055 1440.8 30.0 -1.22 -1.22 34.04 27.38 68.6 90.057 1442.8
39.0 =-1.65 --1.65 33.99 27.36 70.4 0.Q60 1440.8 33.0 -O.91 -0.91 34.13 27.44 62.8 0.060 1444.5
AO. 0 -1.69 <-1.69 34.03 27.39 67.6 0.063 1440.7 40.0 -0.84 -0.85 34.20 27.50 57.3 0.063 1444.9
45.0 -1.67 -1.67 34.05 27.40 66.3 0.Q67 1440.9 . 435.0. -0.54 -0.54 34.31 27.537 50.3 0.066 1446.6
IORO F-18748 171 (8412 i227. 46 60.9 0.070 1440.9 90.0 0. 20 0.20 34.39 27.60 47.9 90.069 1450.2
VINOD eS ele OF to ele AT 97.4 0.073 1441.0 93.0 Peis 1.12 34.5355 27.67 41.2 0.071 1454.7
60.0 -1.62 -1.63 34.16 27.50 97.4 0.076 1441.6 60.0 0.79 0.79 34.48 27. 64 43.9? 90.073 1453.2
63.0 -1.55 -1.55 34.18 27.51 36.2 0.079 1442.0 65.0 2.07 2.07 34.78 27.79 30.6 90.075 1459.3
79.0 -1.439 -1.43 34.22 27.593 94.0 0.082 1442.7 79.0 2. 20 2.20 34.75 27.75 33.9 0.074 1459.9
79.0 -1.29 =1.29 34.27 27.57 90.5 0.084 1443.8 73. 0 2. 66 2.67 34.89 27.78 31.4 90.078 1462.2
80.0 -0.78 -0.98 34.32 27.60 47.5 0.087 1443.2 80.90 2.16 2.16 395.08 28.02 8.7 0.079 1460.4
85.0 -0.57 -0.58 34.41 27. 66 42.3 0.089 1447.2 835.0 1.55 1.54 34.74 27.79 29.8 0.080 1457.3
90.0 QO. 06 0.06 34.49 27.69 39.2 0.091 1450.4 90.0 ts ake; 1.13 34.71 27.80 27.0 0.082 1455.3
95.0 0. 54 0.55 34.59 27.75 34.1 0.093 1452.8 93.0 1.23 1.22 34.73 27.81 27.% 90.083 1456.0
100. 0 1.40 1.40 34.62 27.71 37.9 0.095 1456.8 100. 0 1. 36 1.35 34.74 27.81 28.2 0.084 1454.7
110.9 2.27 2.26 34.80 27.79 30.3 0.098 1461.0 110.90 1.63 1.62 34.78 27.83 26.6 0.087 1458.1
120.0 2.33 2.32 34.83 27.80 29.2 0.101 1461.5 120.0 1.81 1.80 34.82 27.84 25.4 0.090 1459.1
130.0 1. 82 1.81 34.77 27.80 29.6 0.104 1459.3 130.0 La G 1.75 34.82 27.85 25.2 0.092 1439.1
140.0 ibe She} 1.95 34.79 27.80 29.3 0.107 1460.1 140.0 Ne Shes 1.98 34.86 27.86 23.7 0.095 1460. 4
150.0 2.04 2.03 34.85 27.85 25.2 0.110 1460.7 150.9 2.10 2.09 34.89 27.87 22.8 0.097 1461.0
160.0 2.23 2.22 34.89 27.86 24.0 0.112 1461.8 160. 0 2.13 2.12 34.90 27.88 22.0 90.100 1461.3
170. O 2.10 2.09 34.87 27.86 24.4 0.115 1461.3 170. QO 2. O2 2.01 34.90 27.89 21.6 0.102 1461.0
180.0 1.84 1.83 34.85 27.97 23.7 ‘O8%17 246073 180.0 1.835 1.864 34.89 27.89 21.1 0.104 1460.4
190. 0 1.90 1.89 34.86 27.87 23.1 0.120 1460.8 190. O 1.90 1.89 34.89 27.89 21.2 0.106 1460.8
200. 0 1.91 1.90 34.87 27.88 22.7 0.122 1461.0 200. O 1. 84 1.83 34.89 27.970 20.4 0.108 1460.7
210.0 2.02 2.01 34.91 27.90 21.0 0.124 1461.7 210.90 1.84 1.83 34.91 27.91 19339570 S11 O Sal A607 7
220.0 2.04 2.03 34.92 27.970 20.4 0.126 1462.0 220.0 Be ACE 1.78 34.91 27.92 18.7 9.112 1460.9
230. 0 2.07 2.06 34.93 27.71 20.1 0.128 1462.3 230. 0 1. B2 1.81 34.92 27.92 18.6 0.114 1461.2
240.0 2.06 2.05 34.93 27.91 20.1 0.130 1462.4 240. 0 1. 84 1.82 34.93 27.93 18.2 0.116 1461.4
250.0 2.16 2.15 34.95 27.92 19.3 0.132 1463.0 250.0 1.80 Lee I. (45 9a ee 23 18.0 0.118 1461.4
260. 0 2.20 21 134, Gop Fe? G1 19.7 0.134 1463.4 260. O 1.78 1.76 34.93 27.993 17.7 0.120 1461.5
270.0 2. 04 2.02 34.94 27.92 19.2 0.136 1462.8 279.0 11 1.69 34.93 27.974 17.4 90.121 1461.3
280. 0 2.07 2.06 34.95 27.93 18.6 0.138 1463.1 280. O 1. 62 1.60 34.9% 27.93 18.0 0.123 1461.1
290. 0 2.09 2.08 34.96 27.93 18.1 0.140 1463.4 299.0 1.535 1.53 34.91 27.93 17.4 0.125 1460.9
300. O e@. 1 2.09 34.97 27.94 17.6 0.142 1463.6 300. 0 1293 1.52 34.92 27.974 16.4 0.127 1461.0
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T)} 23 24 2 2 27 28
(PRTIIS2 3 3 S) 3 34 S 36
J - -= a
(DEG C 0 4
100
200
(M)
300
400
Mer OO a
71-22-83
300
(SIGMA-T) 2 24 2 2 27 2
(PPT) 29 3 3 3 3 34 3 3
(DEG C) - , 4
100
200
(M)
300
400
MeN Osa los <4
| 7-22-83
500
MIZEX-83 STATION 103(1) CTD 22/JUL/1983_ 929 GMT CODE = 1 MIZEX-893 STATION 104(1) CTD 22/JUL/1983_ 1000 GMT CODE = 1
LAT = 78. 9750N LNG = 1. 3533W LTER = 300. LGER = 300. LAT = 78. 8783N LNG = 1.4850W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.90 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.90 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.16 -0.16 31.55 25.39 263.8 0.000 1443.8 90.90 3. 34 3.34 34.84 27. $i 36.6 9.000 1472.2
1.79 -0.16 -0.16 31.55 25.339 263.8 0.005 1443.8 129 9. 34 5.394 94.84 27.51 36.6 90.001 1472.2
5.0 -0.29 -0.29 31.42 25.39 257.4 0.013 1443.3 9. O 9. 33 9.393 34.91 27.57 $0.9 0.003 1472.3
10.0 QO. 07 0.07 32.25 25.89 210.5 0.025 1445.9 10.90 4.07 4.07 34.83 27. 64 43.97 0.005 1467.1
15.0 -0.66 -0.66 33.45 26.88 115.9 0.033 1444.3 15.0 4.31 4.31 34.98 27.74 35.2 0.007 1468.4
20.0 -0.98 -0.98 34.00 27.34 72.1 0.038 1443.7 20.0 4.39 4.39 35.02 27.76 33.1 0.009 1468.9
29.0 -1.44 -1.44 34.25 27.56 31.6 QO.041 1442.0 25.90 3.43 3.64 34.94 27.78 31.5 0.011 1465.7
30.0 -1.52 -1.52 34.14 27.48 39.4 0.044 1441.5 30. 0 3. 86 3.85 34.97 27.78 31.3 0.012 1446.7
35.0 -1.139 -1.139 34.22 27.593 54.4 0.047 1443.6 35.0 3. 92 3.92 935.00 27.80 29.6 0.014 1467.1
40.0 -0.18 -0.18 34.35 27.59 48.4 0.050 1446.2 49.0 3. 92 3.91 35.00 27.80 29.53 0.015 1467.2
45.0 0. 80 0.80 34.48 27.64 44.5 0.052 1452.9 45.0 3. 86 3.85 9395.02 27.81 28.1 0.017 1467.0
50. 0 2. OB 2.07 34.45 27. 52 399.3 0.054 1458.7 70.0 a. 77 3.77 35.01 27.82 27.6 0.018 1466.8
99.0 2.21 2.21 34.71 27.72 37.0 0.057 1459.7 339.0 3.76 3.76 35.02 27.83 27 1 0.019 1466.8
60.0 Te 1.19 3468 27.78 31.2 0.058 1455.2 460.0 a. 61 3.61 35.00 27.83 27.1 0.021 1466.2
65.0 1.49 1.49 34.70 27.77 31.7 0.060 1456.7 63.90 3. 50 3.49 34.98 27.82 27.3 0.022 1465.8
79.0 1.76 1.76 34.74 27.78 30.97 0.062 1458.0 79.90 3. 42 3.42 35.01 27.85 24.4 90.023 1465.6
73.0 1.94 1.94 34.76 27.78 31.1 0.063 1458.9 73.0 3. 40 3.40 35.01 27.85 24.7 90.025 1465.6
80.0 2.16 2.16 34.86 27.85 24.9 0.065 1460.1 BO. 0 3. 24 3.24 35.00 27.86 23.7 9.026 1465.90
85.0 2.69 2.68 34.87 27.81 28.8 0.066 1462.5 85.90 3.19 3.18 35.00 27.864 23.6 0.027 1464.8
90. 0 2.70 2.69 34.89 27.893 27.0 0.067 1462.6 70.0 3.17 3.17 359.01 27.87 22.7 0.028 1464.9
93.0 2.33 2.302 394.76 27.795 34.2 0.069 1460.9 79. 0 3.15 3.15 35.00 27.87 22.7 0.029 1464.8
100.0 1.93 1.92 34.82 27.984 26.1 0.070 1459. 4 100. 0 3. 20. 3.20 35.02 27.89 21.7 9.031 1465.2
110.0 bs PATA 1.79 34.82 27.84 25.3 0.073 1458.9 110. 0 3.15 3.15 35.02 27.89 21.3 0.033 1465.1
120.0 12 95 1.95 34.86 27.86 23.6 0.075 1459.8 120.0 3. OS 3.03 35.02 27.90 20.8 9.035 1464.8
130.0 2.18 2.17 34.89 27.87 23.5 0.078 1461.0 130. 90 2.86 2.87 35.00 27.970 20.3 0.037 1464.3
140.0 2.23 2.24 34.88 27.86 24.4 0.080 1461.5 140. 0 2.83 2.82 35.01 27.971 19.6 0.039 1464.2
150.90 2.05 2.04 34.88 27.87 a2.8 0.083 1460.8 150.0 2.76 2.73 35.02 27.92 18.5 0.041 1464.1
160.'0 2.02 2.01 34.970 27.89 21.4 0.085 1460.8 160. 0 2.73 2.72 35.01 27.92 18.46 0043 1464.1
170.90 2.00 1.99 34.91 27.90 20.6 0.087 1460.9 170. 0 2.64 2.63 359.01 27.93 18.2 0.045 1463.9
180.0 1.935 1,94 34.70 27.90 20.5 0089 1460.9 180.0 2.392 2.951 35.01 27.93 17.4 0.0464 1463.5
190.0 1.89 1.88 34.91 27.91 20.0 0.091 1460.8 190.90 2. 46 2.45 35.01 27.94 16.7 0.048 1463.4
200. O 1.84 1.82 34.971 27.91 19.3 0.093 1460.7 200. 0 2.42 2.41 35.01 27.95 16.2 0.050 1463.4
210.0 1.83 1.82 34 971 27.92 19.0 0.095 1460.9 210.0 2.33 2.32 35.00 27.94 16.6 0.052 1463.2
220.0 1.79 1.78 34.971 27.92 19.0 0.097 1460.9 220.0 2.28 2.27 35.01 27.93 153.6 90.053 1463.1
230. 0 1.80 1.79 34.92 27.92 18.7 0.099 1461.1 230.0 2.20 2.19 35.01 27.96 14.8 0.055 1463.0
240.0 1. 82 1.81 34.93 27.93 18.2 0.101 1461.3 240.0 2.18 2.17 35.00 27.96 15.1 0.056 1463.0
250. O 1.81 1.80 34.94 27.93 17.4 0.103 1461.5 250. 0 2.15 2.13 35.00 27.96 14.9 0.058 1463.0
260. 0 1.79 1.78 34.93 27.93 17.5 0.104 1461.6 260. 0 2.13 2.12 35.01 27.97 14.2 0.059 1463.2
270. O Tea 7e/, 1.73 94.92 27.93 18.0 0.106 1461.6 270. 0 2.09 2.07 35.01 27.97 14.2 0.061 1463.1
280.0 1. 69 1.68 34.93 27.94 17.2 0.108 1461.4 280. 0 2. 02 2.00 35.00 27.97 14.1 0.062 1463.90
290. O 1.72 7t) 34599) 27299 16.0 0.110 1461.8 287.3 2. 00 1.98 34.99 27.97 14.7 0.063 1463.0
300. 0 1.74 1.72 34.94 27.95 164.5 QO.111 1462.0
302. 4 1. 74 1.72 34.94 27.94 16.8 0.112 1462.0
DEPTH TEMP. SALIN DEPTH TEMP SALIN
(SIGMA-T) 23 24 25 26 27 28
7-22-83
(PT) 2 30 3 3 3 34 3 36
(OEG Cle
DEG C)
‘|
sai :
(M)
300
400
MIZEX-83 103 -1
7-22-83
500
(SIGMA-T) 2 24 2 26 27 28
(PPT) 2 30 3 3 33 34 3 36
(EG C) -
DE F
100
200
(M) |
" T s Or
=
| MIZEX-83 104 -1
500
MIZEX-83 STATION 105(1) CTD 22/JUL/1983 1032 GMT CODE = 1 MIZEX-89 STATION 106(1) CTD 22/JUL/1983 1104 GMT CODE = 1
LAT = 78. 7850N LNG = 1.7617W LTER = 300. LGER = 300. LAT = 78. 6917N LNG = 1.9350W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.90
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.22 -0.22 31.40 25.21 274.7 0.000 1443.3 9.0 0.18 0.18 31.55 25.32 264.6 90.000 1445.3
1.9 -0.22 -0.22 31.40 25.21 274.7 0.005 1443.3 ae, 0.18 0.18 31.55 25.392 2646 0.005 1445.4
9.9 QO. 47 0.47 31.93 25.61 23698 90.013 1447.3 9.0 0.73 0.73 31.80 25.49 248.0 90.013 1448.3
10.0 3.19 3.19 33.30 26.52 150.8 0.023 1461.3 g 10.0 2.20 2.20 32.92 26.29 171.9 90.024 1456.5
15.0 3.45 3.45 33.97 27.902 102.8 90.030 1463.4 15.90 3.21 3.21 33.75 26.87 117.4 0.031 1462.0
20.0 3.95 3.95 33.98 26.98 106.6 0.035 1465.6 20.0 4.45 4.65 34.68 27.46 61.6 9.036 1469.5
25.0 2.81 2.81 34.16 27.24 82.6 0.040 1461.1 25.0 3.59 3.59 34.35 27.931 75.3 0.039 1464.7
30.0 2.72 2.72 34.14 27.24 82.2 0.044 1460.8 30.0 0.79 0.75 34.46 27.63 45.4 0.042 1452.5
33.0 4.71 4.71 34.86 27.60 48.4 0.047 1470.2 35.0 0. 76 0.76 34.48 27. 64 43.7 0.044 1452.6
40.0 4.47 4.47 34.90 27.46 42.7 ©.049 1469.4 40.0 0. 92 0.92 34.54 27.68 40.4 0.047 14933.5
45.0 4.23 4.22 34.98 27.75 34.2 0.051 1468.5 45.0 0. 81 0.81 34.42 27.75 33.9 90.048 1453.2
90.0 4.05 4.05 35.00 27.78 31.2 0.053 1467.9 970.0 1.75 1.75 34.86 27.88 21.6 90.9050 1457.8
93.0 SEU! 3.91 35.02 27.81 28.5 0.054 1467.4 99.0 2.43 2.65 35.01 27.92 17.6 9.051 1462.0
60.0 3.76 3.76 35.02 27.893 27.2 0.056 1466.9 40.0 3. 02 3.01 34.88 27.79 30.4 0.052 1463.3
65.0 3. 62 3.62 35.03 27.85 24.9 0.057 1466. 4 63.0 2.76 2.76 34.90 27.83 27.0 0.053 1462.5
70.0 3. 61 3.60 35.03 27.85 24.8 0.058 1466 4 70.90 2. 64 2.64 34.86 27.82 27.2 0.055 1462.1
73.0 3.55 3.54 35.04 27.86 23.8 0.060 1446.2 73. 0 2. 66 2.65 34.94 27.87 22.9 9.056 1462.3
80. O 3.45 3.435 35.03 27.86 23.7 0.061 1463.9 80. 0 2. 63 2.64 34.93 27.86 23.8 0.057 1462.3
85.0 3.40 3.40 39.03 27.87 23.2 0.062 1465.8 85.0 2eli 2.10, S407) S27 373 36.0 0.059 1459.7
90. 0 3. 34 3.33 35.02 27.87 23.3 0.063 1465.6 90.0 QO. 74 0.74 34.75 27.86 23.2 0.060 1453.8
95.0 3. 26 3.26 35.02 27.88 22.3 0.064 1465.3 935.0 0. 93 0.92 394.80 27.89 20.6 90.061 1454.8
100. O SB os 3.16 33.03 27.89 21.1 0.065 1463.0 100. 0 1.11 1.11 394.84 27.91 ‘19.2 0.062 1455.8
110.90 3. O3 3.03 34.99 27.988 22.6 0.068 1464.6 110.0 1.73 1.72 34.91 27.92 17.8 0.064 1458.8
120.0 aT er 2.78 35.00 27.90 20.2 0.070 1463.7 120. 0 1. 28 1.27 34.89 27.974 16.3 0.066 1454.97
130.0 2. 62 2.62 34.97 27.89 20.9 90.072 1463.1 130. 0 1. 42 1.42 34.89 27.93 17 22 10 2068 V1 4577
140.0 2.40 2.40 34.97 27.91 19.1 0.074 1462.3 140.90 1. 67 1.66 34.94 27.93 US pa 501069) NAGSRO
150. 0 2.52 2.351 35.00 27.93 17.9 0.076 1463.0 150. 0 1. 49 1.48 34.92 27.95 15.8 0.071 1458.4
160.0 2.45 2.44 34.99 27.93 17.9 0.078 1462.8 160. 0 1.61 1.60 34.94 27.96 14.9 0.072 1459.1
170.0 2.37 2.36 34.98 27.93 1820 (07079 91462 '57 170.90 1. 68 1.67 34.94 27.95 135.9 0.074 1459.6
180.0 2.34 2.393 34.98 27.93 17.7 0.081 1462.7 180.90 1.84 1.89 34.96 27.95 15.6 9.076 1460.5
190. 0 2.26 2.259 34.99 27.974 16.8 0.083 1462.5 190. 0 1. 86 1.85 34.97 27.76 15.0 0.077 1460.7
200.0 2.24 2.23 34.99 .27.95 16.4 0.085 1462.6 200. 0 1. 80 1.79 34.95 27.95 15.6 0.079 1460.4
210. 0 2.19 2.18 935.00 27.95 15.6 0.086 1462.6 210.0 1.65 1.64 34.95 27.96 14.6 0.080 1460.1
220.0 2.16 2.15 35.00 27.96 15.4 0.088 1462.6 220. 0 1.73 We FARSI Ae Th A} 12.79 0.082 1460.7
230.0 2.13 211 34.99 27.96 15.6 0.089 1462.6 230.0 1.78 1.3757 =) (S48 E97 AT AST 14.1 0.083 1461.1
240. 0 2. OB 2.07 35.00 27.96 14.9 0.091 1462.6 240.0 1,71 1.70 ~34.96 27.97 14.3 0.084 1460.9
250. 0 2.06 2.05 34.99 27.96 15.1 0.092 1462.7 250.0 1. 67 1.66 34.97 27.97 13.7 0.086 1460.9
260. O 2.04 2.02 353.00 27.97 14.7 0.094 1442.7 260. 0 1. 58 1.37 34.96 27.97 14.Q0 0.087 1460.7
270.0 2.Q01 1eS9 TSS 299" 227 896 15.3 0.096 1462.7 270.0 1.51 1 90> 34495 s2ea97 13.9% 0.089 1460.53
280. O 1.93 taal 294 378) (27-376 15.3 0.097 1442.6 280. O 1. 47 1.46 34.95 27.98 13.4 0.090 1460.5
290.0 re PBT a4 299 G27 297. 14.6 0.099 1462.6 290. 0 1. 38 1.37 34.93 27.98 13.4 0.091 1460.3
300. 0 1.88 1.186, 234599 (27597 14.0 0.100 1462.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 Paes 26 24 | 28
-——+-——_+—__ + +—__ ++ + YH HH HI
(PPT) 29 de 3} 32 33 34 35 36
= 0 4 6
a
( Cc) -
DEG 0
100
200
(M)
300
400
MiZExe- OS eel 0 Sq—1
7-22-83
500
(SIGMA-T) 2 24 2 2 27 2
(PPT) 2 3 3 3 33 34 35 35
100
200
|
(M}
400
Dini S el OO 5 —)
7-22-63
300
MIZEX-83 STATION 107(1) CTD 25/JUL/1983 2001 GMT CODE = 1 " MIZEX-83 STATION 108(1) CTD 25/JUL/1983 2041 GMT CODE = 1
LAT = 79. 2450N LNG = 0. O300W LTER = 300, LGER = 300. LAT = 79. 2400N LNG = 0. 4933W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.Q AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.28 -0.28 31.36 25.18 277.7 90.000 1442.9 0.0 -0.80 -0.80 31.34 25.18 277.7 9.000 1440.5
1.9 -0.28 -0.28 31.36 25.18 277.7 0.006 1443.0 1.9 -0.80 -0.80 31.34 25.18 277.7 9.006 1440.5
3.0 -0.03 -0.03 31.80 25.52 245.2 0.014 1444.8 9.0 -0.25 -0.25 31.95 25.66 232.2 0.013 1444.0
10.0 Q. 82 0.82 33.06 26.50 152.4 0.024 1450.5 10.0 1.51 1.50 32.65 26.12 187.8 90.024 1453.0
15.0 3.91 3.91 339.92 246.94 110.8 0.030 1465.3 15.0 2.095 2.05 33.46 26.74 129.8 0.032 1456.6
20.0 4.83 4.83 34.41 27.23 83.6 0.035 1469.9 20.0 4.95 4.05 34.21 27.13 90.5 90.038 1466.3
25.0 4.99 4.99 34.54 27.31 75.6 0.039 1470.8 25.90 4.76 4.95 34.49 27.28 78.8 0.042 1470.6
30.0 4.38 4.37 34.55 27.39 68.6 0.043 1468.3 30.0 4.93 4.93 34.40 27.36 70.7 90.046 1470.7
35. 0 3.75 3.75 34.33 27.28 78.8 0.047 1465.5 35.0 9.14- 5.14 34.69 27.41 66.90 0.049 1471.8
40.0 3.01 3.01 34.67 27. 62 46.5 0.050 1462.9 40.0 4. 52 4.52 34.64 27.45 62.8 0.052 1469.2
45.0 4.31 4.31 34.95 27.72 37.5 0.052 1468.8 45.90 2.74 2.74 34.55 27.35 S2.7 90.055 1461.6
50. Q 4.28 4.27 34.89 27.67 42.1 0.054 1468.7 90. 0 2.77 2.76 34.32 27.32 95.8 0.058 1461.8
55. 0 4.63 4.62 35.01 27.73 36.5 0.056 1470.4 93.0 3. 5? 3.59 34.58 27.50 38.2 0.061 1465.35
60.0 4.46 4.46 34.97 27.71 38.3 0.058 1469.7 60. 0 3. 67 3.66 34.79 27.66 43.2 0.063 1466.2
65.0 3. 66 3.46 34.84 27.69 39.6 0.060 1466.3 65. 0 ES 2.97 34.73 27.67 41.5 0.066 1463.2
70.0 2.29 2.29 34.72 27.72 36.5 0.062 1460.3 70.0 2.96 2.76 34.80 27.73 36.53 0.068 1463.93
73.0 2.135 2.15 34.76 27.77 32.4 0.063 1459.8 73.0 3.09 3.09 34.78 27.70 38.9 0.069 1463.9
80. O 1.04 1.03 34.66 27.77 31.8 0.065 1454.9 80. O 3. 36 3.56 34.91 27.76 33.7 0.071 1466.2
85. 0 1. O02 1.02 34.69 27.79 29.7 0.067 1434.9 BS. 0 3.23 3.22 34.90 27.78 31.3 0.073 1464.9
90.0 1.16 1.15 34.71 27.80 29.3 0.068 1455.6 90.0 3.13 3.13 34.88 27.78 31.6 90.075 1464.53
935.0 1.55 1.54 34.81 27.85 24.5 0.069 1457.6 95.0 3. 92 3.91 34.95 27.75 34.2 0.074 1468.0
100.0 1.73 1.73 934.77 27.81 28.8 0.071 1458.4 100. 0 3.79 3.79 34.99 27.80 297.97 0.078 1467.6
110.0 2.83 2.82 35.02 27.92 18.4 0.073 1463.7 110.0 3.70 3.69 35.00 27.82 28.2 0.081 1467.4
120.0 3.13 3.12 34.98 27.86 24.5 0.075 1465.1 120. 0 3. 94 3.93 35.05 27.84 26.8 90.084 1468.7
130. 0 3. 28 3.27 34.99 27.85 25.3 0.078 1466.0 130.0 3. BO 3.79 35.00 27.81 2?.3 0.086 1468.2
140.0 3.235 3.24 35.00 27.86 24.6 0.080 1466.0 140.0 3.10 3.09 34.97 27.85 23.2 0.089 1465.3
150. O 3.17 3.16 35.00 27. 87 23.4 0.083 1465.8 150. 0 2. 65 2.64 34.92 27.85 25.0 0.092 1463.5
160.:0 3.18 3.17 35.02 27.88 22.6 0.085 1466.0 1460. 0 2. 54 2.93 34.93 27.87 23.4 0.094 1463.2
170.0 3.14 3.13 35.01 27.88 22.6 0.087 1466.0 179.0 1. 96 1.95 34.86 27.86 23.7 0.096 1460.7
180. O 2. 78 2.97 35.00 27.89 21.8 0.090 1465.5 180. 0 2.12 2.11 934.91 27.89 21.7 0.099 1461.6
190.0 2.976 2.95 935.01 27.90 21.4 0.092 1465.6 190. 0 per er? 1.98 34.91 27.90 20.8 0.101 1461.2
200. O 2.88 2.87 35.00 27.90 21.1 0.094 1465.4 200. 0 2.07 2.06 34.93 27.971 19.4 0.103 1461.8
210.0 2.86 2.95 35.01 27.971 20.3 0.096 1465.5 2190.90 2.23 2.22 34.95 27.91 19.6 9.105 1462.7
220.0 2.77 2.73 353.01 27.92 19.6 0.098 1465.3 220.0 2.17 2.16 34.95 27.91 19.4 0.107 1462.6
230. 0 2.65 2.63 35.00 27.92 19.1 0.100 1464.9 230. 0 2.12 2.11 34.93 27.971 20.0 90.109 1462.5
240. 0 2.50 2.48 34.99 27.92 19.3 0.102 1444.4 240. 0 2.07 2.05 34.94 27.92 19.2 0.111 1462.4
250. O 2.17 2.16 34.95 27.92 19.3 0.104 1463.1 250. 0 1.99 1.97 34.94 27.92 18.8 0.1139 1462.3
260. O 2. 08 2.06 34.95 27.93 18.2 0.106 1462.8 260. 0 1.97 1.96 34.94 27.93 18.0 0.115 1462.4
270.0 2.02 2.00 34.96 27.94 17.5 0.108 1462.7 270. 0 1.94 1.92 34.95 27.94 17.3 0.116 1462.4
280. 0 2.00 1.98 34.96 27.94 1759 90: 109 1462.8 280. 0 1.92 1.970 34.95 27.94 17.2 0.118 1462.5
2970. 0 1.95 1.93 34.94 27.93 18.1 0.111 1462.8 290. 0 1. 88 1.86 34.95 27.94 17.1 0.120 1462.5
300. 0 ia99 1.88 34.95 27.94 17.2 0.113 1462.7 300. 0 1.83 1.82 34.974 27.974 17.1 90.122 1462.4
301.2 1.83 1.82 34.95 27.94 16.9 0.122 1462.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGHA-T) 23 24 25 26 27 28
a a
(PPT) 2 30 3 3 33 34 35 36
(DEG ae - 0 4 5 6
a
oe
100
200
(M)
300
T S Or
400
MIZEX-83 107 -1
7-25-83
500
(SIGMA-T) 23 24 25 26 27 28
a a ee
(PPT) 29 30 31 32 33 34 35 36
(OEG C) - - 2 3
100
“fh
(MH) |
300
400
MEZEX-6Si LOS) —1
7-25-83
300
MIZEX-83 STATION 109(1) CTD 25/JUL/1983 2119 GMT CODE = i MIZEX-83 STATION 110(1) CTD 25/JUL/1983 2154 GMT CODE = 1
LAT = 79. 2333N LNG = 0.9550W LTER = 300. LGER = 300. LAT = 79. 2333N LNG = 1. 5283W LTER = 300, LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.Q
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.25 -1.25 31.59 25.40 2568 0.000 1438.7 9.90 -1.05 -1.05 30.27 24.32 359.6 9.000 1437.8
2.9 -1.25 -1.25 31.59 25.40 256.7 9.008 1438.8 1.9 -1.05 -1.05 30.27 24.32 359.6 90.007 1437.9
seO)teirat o~2. 21 Sile7t 25.497 7248: 72 0: 013 1439: 2 9.0 -0.68 -0.68 31.72 25.49 248.46 0.016 1441.7
10.0 -0.79 -0.79 32.16 25.84 214.6 90.025 1441.8 10.0 0. 64 0.64 32.70 26.22 178.97 90.027 1449.2
15.0 -0.23 -0.23 32.44 26.05 194.5 0.035 1444.9 15.90 2.34 2.34 33.26 2655 147.7 9.036 1457.6
20.0 -1.44 -1.44 33.33 26.81 122.7 0.043 1440.6 20.0 3. 47 3.47 33.89 26.96 108.9 90.042 1463.5
29.0 <-12.52 <-1.92 33.73 27.14 91.0 Q.048 1440.9 29.0 3. 46 3.46 33.78 2687 117.5 0.048 1463.3
30.0 -1.51 -1.51 9393.96 27.33 73.6 0.053 1441.3 305,0 —O) SiogeO 62 ieee SRO eee LO, 97.9 0.053 1445.3
35.0 -1.62 -1.62 34.03 27.39 67.7 0.056 1441.0 35.0 -1.57 -1.57 34.13 27.47 60.4 0.057 1441.4
40.0 -1.56 -1.536 34.09 27.43 63.6 0.059 1441.4 40.0 0.03 0.03 34.39 27.61 46.8 0.060 1449.2
49.90 -1.37 -1.57 34.14 27.47 99.6 0.063 1441.5 45.0. 0.04 0.04 34.16 27.43 64.3 0.063 1449.1
90.0 -1.63 -1.64 34.16 27.49 97.8 0.066 1441.4 90.0 -0.05 -@.05 34.36 27.39 48.8 0.066 1449.0
55.0 -1.64 -1.64 34.17 27.50 96.8 0.068 1441.4 99. 0 O. Si 0.50 34.52 27.69 37.6 90.068 1451.8
60.0 -1.37 -1.37 34.34 27.63 435.0 0.071 1443.0 60.0 0. 71 0.71 34.54 27.70 37.0 0.070 1452.9
65.0 -0.79 -0.79 34.23 27.52 94.8 0.073 1445.7 65.0 1.23 1.23 34.64 27.74 34.8 0.072 1455.4
70.0 -0.20 -0.20 34.29 27.55 93.0 0.076 1448.6 79.9 1.14 1.14 34.44 27.359 49.2 0.074 1454.8
735.0 1.92 1.92 34.61 27.66 42.4 0.079 1458.6 73.0 0. 43 0.42 34.58 27.74 34.3 0.0746 1451.9
80.0 3.11 oth 634 79, (2iewl 38.2 0.081 1464.1 80.0 0.71 0.70 34.67 27.80 27.9 90.077 -1453.4
85. 0 2. 48 2.48 34.61 27.62 46.2 0.083 1461.3 B5. 0 0. 74 0.73 34.62 27.76 33.0 0.079 1453. 5
90.0 2.36 2.35 34.74 27.73 35.8 0.085 1461.0 90.0 1.17 1.16 34.64 27.75 34.2 0.081 1455.6
95.0 2.43 2.42 34.75 27.74 35.6 0.087 1461.4 93.0 0.95 0.95 34.69 27.80 29.6 0.082 1454.8
100. O 2.25 2.25 34.71 27.72 37.5 0.0897 1460.6 100. 0 1.33 1.35 34 74 27.981 28.3 0.084 1456.7
110.0 2.24 2.23 34.81 27.80 29.5 0.092 1460.9 110. 0 1. 80 1.79 34.78 27.81 28.6 90.087 1458.9
120. 0 1.94 1.93 34.80 27. 82 27.9 0.095 1459.7 120. 0 ) ae v4 1.56 34.79 27.83 26.2 0.089 1458.0
130. 0 1. 8i 1.81 34.82 27.84 25.5 0.098 1459.3 130.0 1.53 1.54 34.81 27.85 24.53 0.092 1458.2
140. 0 2.03 2.02 34.83 27.83 26.6 0.100 1460. 3 140. O 1. 80 1.79 34.85 27. 87 23.3 0.094 1459.5
150.0 2.04 2.03 34.87 27.86 23.7 0.103 1460.7 190. 0 1. 82 1.81 34.86 27.88 22.3 0.097 1459.8
160.'0 2.16 2.15 34.89 27.87 23.5 0.105 1461.5 160. 0 il, okey 1.58 34.84 27.87 22.6 0.099 1458.9
170.90 2. 24 2.23 34.90 27. 87 23.1 0.107 1442.0 170.0 1.56 1.55 34.84 27.88 e2.4 0.101 1458.9
180.0 1.94 1.93 34.87 27.87 22.8 0.110 1460.8 180. O 1. 47 1.46 34.86 27.90 20.3 0.103 1458.7
190.0 1. 84 1.82 34.89 27.90 20.7 0.112 1460.5 1970. 0 1.44 1.43 34.85 27.90 20.6 90.106 1458.7
200. 0 1.83 1.82 34.88 27.89 21.1 0114 1460.7 200. 0 1. 42 1.41 34.86 27.90 20.2 0.108 1458.8
210.0 1.80 1.79 34.89 27.90 20.8 0.116 1460.7 210.0 IS 97% 1.36 34.88 27.971 L9es VOT IOr 14S aie
220.0 1.76 7a a4, CI 27. 27 19.9 0.118 1460.7 220.0 1.42 1.40 34.87 27.971 19.1 90.112 1439.1
230. 0 1. 68 1.67 34.89 27.971 19.6 0.120 1460.5 230.0 1.38 1.37 34.87 27.971 19.0 0.114 1439.1
240.0 1.62 1.81 34.92 27.92 18.4 0.122 1461.3 240. 0 1.64 1.639 34.93 27.94 16.6 0.115 1460.6
250. 0 1.80 1.78 34.92 27.972 18.4 0.124 1461.4 250. 0 1. 39 1.58 34.90 27.93 18.0 0.117 1460.3
260. 0 2.05 2.03 34.95 27.93 18.90 0.126 1462.7 260.0 1. 52 1.50 34.90 27.93 17.6 90.119 1460.3
270.0 2.04 2.02 34.976 27.74 17.1 0.128 1462.8 270.0 1. 37 1.55 34.93 27.95 16.3 0.121 1460.7
280. O 2.01 1.99 34.96 27.974 16.9 0.129 1462.9 280. 0 1. 68 1.67 34.93 27.94 17.1 0.122 1461.4
290. O 1.90 1.88 34.95 27.94 16.9 0.131 1462.5 290. O 1. 64 1.62 34.90 27.92 18.6 0.124 1461.3
300. 0 1. S2 1.50 34.92 27.95 16.32 0.126 1461.0
306.9 1.44 1.43 34.93 27.96 15.9 90.127 1460.8
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
aif
(SIGMA-T)} 23 24 25 26 27 2p
(PP Wane 30 3 32 33 34 35 36
(DEG 0 - 0 3 4
Mire eos OS™
=
- aa
=
7-25-83
500
(SIGMA-T) 23 24 25 26 27 28
aS a
(PPT) 29 3 3 3 33 34 3 36
(DEG C) =f 1 3 4 7 6
100
200
(M)
300
T S Cr
400
MARX S i310 1
7-25-83
300
MIZEX-83 STATION 11141) CTD 25/JUL/1983 2229 GMT CODE = 1 MIZEX-83 STATION 112(1) CTD 25/JUL/1983 2303 GMT CODE = 1
LAT = 79. 2317N LNG = 1.9750W LTER = 300. LGER = 300. LAT = 79. 2000N LNG = 2.4967W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 9.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -1.13 -1.13 31.39 25.23 272.9 0.000 1439.0 9.0 -0.359 -0.59 31.07 24.96 298.7 9.000 1441.1
Pee el eS It 331) 89 25023 Ve 7259 010055 (1439 4 12 9 50°59. -0. 52 31. OF — 24°96 )298: 7) 05006 Fi44it
9.0 -1.16 -1.16 31.62 25.42 254.9 0.014 1439.3 2.0 cA Awol ty 21741" 25.23 Se70o7, OOS stAsse
10.0 -0.48 -0.48 32.35 25.99 200.8 90.025 1443.6 10.0 -1.31 -1.31 931.73 25.51 246.1 0.028 1438.8
15.0 2.03 2.03 33.20 26.53 149.7 0.034 1456.2 15.0 -0.96 -0.9& 31.87 25.62 235.9 0.040 1440.8
20.0 3. O1 3.01 33.75 26.89 115.7 0.041 1461.3 20.0 -0.74 -0.74 32.35 25.99 200.1 90.051 1442.5
25.0 1.96 1.96 32.94 26.32 169.1 0.048 1455.7 2es.0 -0.14 -0.14 32.77 26.32 169.5 9.060 1446.0
30.0 -1.54 -1.54 33.89 27.27 79.1 0.054 1441.1 30.0 1.16 1.16 33.15 26.55 147.4 0.068 1452.5
35.0 -1.66 -1.66 34.00 27.36 70.3 Q0.058 1440.8 33. 0 3. 20 3.19 33.62 2677 127.2 0.075 1462.2
40.90 -1.42 -1.62 34.04 27.40 66.8 0.061 1441.1 40.90 4.1? 4.19 34.47 27.34 72.7? 0.080 1467.64
49.Q -1.61 -1.61 94.10 27.44 62.6 Q0.069 1441.3 45.0, 4.93 4.93 34.42 27.38 67.3 0.084 1471.0
90.0 -1.64 -1.64 34.13 27.47 60.1 0.068 1441.3 90. O 4.92 4.91 34.67 27. 42 65.5 0.087 1471.1
99.Q -1.61 -1.61 934.15 27.49 28.5 O0.Q71 1441.6 00. 0 dat 9.21 34.95 27.61 47.& 90.090 1472.7
60.90 -1.69 -1.69 34.17 27.50 96.8 0.074 1441.3 60.0 9. OO 4.99 34.95 27. 64 45.1 0.092 1471.9
65205 —16a) 1 63 934. 20 27. 93 94.4 0.076 1441.7 65.0 2.35 2.34 34.90 27.86 23.3 0.094 1460.7
TO; OFS -lesOn — =i 6o -34. 23° 27°59 v2.3 0.0797 1441.7 70.0 1.94 1.974 34.70 27.74 39.4 0.094 1458.7
793.0 -1.35 -1.35 34.30 27.60 47.7 0.082 1443.3 79.0 1.35 1.35 34.78 27.85 24.7 0.097 1456.4
80.0 -0.54 -0.53 34.39 27.64 44.1 0.084 1447.3 BO. 0 0. 38 0.37 34.597 27.75 33.6 90.099 1451.8
85.0 -0.23 -0.24 34.34 27.58 49.4 0.084 1448.7 85.0 0.45 0.44 34.356 27.72 36.2 0.100 1452.1
90.0 2511 1.11 35.01 28.05 9.6 0.088 1455.8 90. 0 0. 68 0.68 34.57 27.72 36.5 0.102 1453.3
93.0 2.38 2.38 34.72 27.72 37.5 0.089 1461.1 95.0 0. 65 0.64 34.65 27.79 30.0 9.104 1453.3
100. O 3.09 3.09 34.99 27.87 23.6 0.090 1464.6 100. 0 0.95 0.94 34.66 27.77 31.8 0.106 1454.8
110.0 Aaya ts 2.78 34.83 27.77 32.9 0.093 1463.3 110.0 1. 36 1.57 34.76 27.81 28.2 0.109 1457.9
120. 0 2.98 2.57 34.82 27.78 31.4 0096 1462.5 120. 0 1. 56 1.55 34.83 27.87 22.7 0.111 1458.1
130.90 1.84 1.83 34.77 27.80 27.5 0.100 1459.4 139. O 1.768 1.77 34.81 27.893 26.3 0.114 1459.2
140.0 1.46 1.45 34.81 27.96 23.9 0.102 1437.9 140.0 2.25 2.24 34.84 27.82 27.5 0.116 1461.4
150. 0 QO. 66 0.66 34.71 27.83 26.3 0.105 1454.4 150. O 2. 39 2.38 34.95 27.90 20.3 0.119 1462.4
160.0 0. 27 0.26 34.68 27.84 25.5 0.107 1452.7 160. 0 2.33 2.32 34.88 27.85 25.2 0.121 1462.2
170. O 0.71 0.71 34.75 27.86 23.4 0.110 1455.0 170. © 2.11 2.10 34.82 27.82 28.1 0.124 1461.3
180.0 0.26 0.25 34.71 27.86 23.6 0.112 1453.0 180.0 1.78 1.77 34.88 27.89 21.4 90.126 1460.1
190. 0 0. 57 0.57 34.74 27.86 23.1 0.115 1454.7 190. O 1.93 1.92 34.89 27.89 als 0.128 146079
200.0 2. 02 2.01 34.91 27.90 20.5 0.117 1461.5 200. 0 1.45 1.64 34.87 27.90 20.5 9.131 1459.9
210.0 2.33 2.32 34.95 27.70 20.7 0.119 1463.1 210. 0 1.535 1.54 34.87 27.90 20.0 0.133 1459.6
220.0 2.27 2.26 34.95 27.91 19.9 0.121 1463.9 220. 0 1.22 1.21 34.83 27.89 20.8 0.139 1438.2
230.0 2.39 2.38 34.97 27.92 19.3 0.123 1463.7 230.0 1.135 1.14 34.84 27.971 ee Shere bok pal
240.0 2.20 2.18 34.9& 27.92 18.8 0125 1463.0 240.0 1. 27 1.26 34.86 27.971 re (ep $6h akepre iCSteH ts)
250.0 2.14 2.12 34.96 27.93 18.35 0127 1462.9 290. 0 1 1.17 34.86 27.92 18.0 0.141 1458.6
260. 0 2.18 2.16 34.98 27.94 17.4 0.1297 1463.3 260. O 1. 22 1.21 34.88 27.93 17.4 0.142 1458.9
270.0 2.00 Varesa. oo er V3 18.90 0.130 1462.7 270.90 1.01 0.99 34.85 27.92 18.2 0.144 1458.1
280. 0 1.95 1.93 34.95 27.93 17.7 0.132 1462.6 280. 0 QO. B2 0.80 34.85 27.94 16.5 0.146 1457.4
290.0 1.84 1.83 34.95 27.94 16.8 0.134 1462 3 270. 0 1.04 1.02 34.84 27.92 18.8 0.148 1458.6
300. O 2.03 2.01 34.97 27.95 16.7 0.136 1463.3 300. 0 OF7 9 0.78 34.82 27.92 18.4 0.150 1457.6
304.9 2.00 1.99 34.9& 27.94 imi On lsome 1 46e54
DEPTH TEMP. SALIN DEPTH TEMP. / SALIN
(SIGMA-T) 23 24 25 26 27 28
a a ea a
(PPT }t2S 30 31 32 33 34 35 36
) -
(DEG C)
100
200
(M)
300
400
MIZEX-83 111 -1
7-25-83
500
(SIGMA-T) 23 24 25 26 27 28
a Sa
(PPT) 29 30 31 32 33 34 35 36
a ae ee
( hoa = :
DEG C) i eras:
100+
200+
(M)
300
3
400
MseEsy CS islice 1
| 7-25-83
500
MIZEX-83 STATION 11341) CTD 25/JUL/1983 2340 GMT CODE = 1 MIZEX-83 STATION 114(1) CTD 28/JUL/1983 1420 GMT CODE = i
LAT = 79. 2133N LNG = 3.1317W LTER = 300. LGER = 300. LAT = 78. 0783N LNG = 9. 2393W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.99 -0.99 29.49 23.69 419.9 0.Q00 1437.9 0.0 0. 28 0.28 30.69 24.61 331.5 ##### 1444.6
1.9 -0:99° -0:99 29.49 23.67 A19.9 0.008 1437.1 2.0 0.28 0.28 30.69 24.61 331.5 ###### 1444.6
$.0 -1.390 <-1.90 91.17 25.06 288.9 0.019. 1438.0 3.0 QO. 32 0.32 30.71 24.63 329.6 ##### 1444.9
10.0 ~-1.33 =-1:339 .31.30 235.16 2797.1 0.034 1438.1 10.0 -0.27 -0.27 30.68 24.63 330.2 ##### 1442.2
15.0 -1.61 -1.61 31.53 25.395 261.0 0.047 1437.2 15.0 -1.04 -1.04 31.31 25.16 279.39 *#H###* 1439.6
20.0 -1.63 -1.63 31.55 25.37 259.2 0.060 1437.2 20.0 -0.97 -0.97 31.46 25.29 267.4 #H###H# 1440 2
29.0 -1.64 -1.64 31.57 25.39 257.6 0.074 1437.3 25.0 -1.26 -1.26 31.71 293.30 247.2 #H##¥# 1439.3
30.0 -1.62 -1.62 31.63 25.44 252.46 0.086 1437.5 30.0 -1.32 -1.32 31.90 25.65 232.39 ##### 1439.3
35.0 -1.54 -1.54 31.84 25.61 236.9 0.099 1438.3 35.0 -1.33 -1.39 31.94 25.68 229.G #####% 1439.4
40.0 -1.536 -1.56 32.16 25.87 212.1 0.110 1438.7 40.0 -1.33 -1.539 31.99 25.73 225.1 ##*### 1438.6
45.0 -1.59 -1.59 32.63 26.25 175.9 0.120 1439.3 43.0 -1.60 -1.60 32.04 25.77 220.7 ##### 1438.5
90.0 -1.64 -1.64 33.12 26.65 137.9 0.128 1439.9 90.0 -1.60 -1.60 32.09 25.81 217.4 ##### 1438.6
53.0 -1.62 -1.62 33.52 26.97 107.0 0.134 1440.6 533.0 -1.56 -1.56 32.29 25.97 202.0 ##### 1439.1
60.0 -0.68 -0.68 34.43 27.68 40.6 90.138 1446.4 60.0 -1.47 -1.47 32.48 26.13 187.2 ###4% 1439.9
65.0 0. 66 0.66 34.00 27.26 80.0 0.141 1452.0 65.0 -1.44 -1.44 32.69 26.30 171.0 ##### 1440.4
70.0 -1.69 1.69 34.05 27.41 65.8 0.144 1441.3 70.0 -1.49 -1.49 33.19 26.71 132.2 **#*8# 1441.0
79.0 -1.68 —-1.69 94.09 27.44 62.8 0.148 1441.4 73.90 -1.27 -1.27 33.354 26.98 106.3 ##### 1442.6
80.0 -1.73 -1.73 34.14 27.48 98.6 0.151 1441.4 80°05 1209-3 —1 O09) 33771, sez tt 94.0 ###HH# 1443.8
835.0 -1.74 -1.74 34.17 27.51 96.4 0.154 1441.3 82.8 -0.93 -0.93 33.82 27.20 85.8 +#st### 1444.7
90.0 -1.69 -1.69 34.20 27.53 53.9 0.156 1441.8 85.0
95.0 -1.60 -1.60 34.21 27.54 93.5 0.159 1442.3 90.0
100.0 -1.48 -1.48 34.26 27.57 90.5 0.162 1443.1 95.90
110.0 -1.16 -1.16 934.32 27.61 47.90 0.1467 1444.8 100. 0
120. 0 4.04 4.03 34.81 27.63 46.0 0.171 1468.7 110.0
130.0 4.70 4.69 35.04 27.74 35.8 0.176 1472.0 17609 —Dit te ri 34.23) 27350 533.7 wx#### 1445.0
140.0 2.935 2.94 34.83 27.75 34.7 0.179 1464.5 120.0 -1.07 -1.07 34.32 27.60 47.Q HHH 1445.4
150.0 2. 68 2.67 34.83 27.78 32.0 0.182 1463.5 130.0 -0.72 -0.73 34.39 27. 64 43.4 Hx#HHe# 1447.3
160.0 1217 1.17 34.70 27.79 30.2 0.186 1456.8 140.0 -0.34 -0.34 34.49 27.71 37.3 xH#Ht# 1449.4
170.0 OF9'7. 0.96 34.75 27.84 25.2 0.188 1456.2 150. 0 0.05 0.04 34.57 27.75 33.4 #x### 1451.4
180. O 9.13 0.12 34.67 27.83 26.0 0.191 1452.4 140. 0 QO. 30 0.29 34.61 27.77 31.4 ##### 1452.89
190.0 0. 20 0.19 34.69 27.85 24.7 0.194 1452.9 170. 0 0. 28 0.27 34.65 27.80 28.6 ####% 1452.9
200. 0 QO. 22 0.21 34.70 27.986 23.8 0.196 1453.2 180. 0 0.41 0.40 34.48 27.82 26.7 ###H#H 1453.7
210.0 1. 50 1.49 34.85 27.89 21.3 0.198 1459.3 190. 0 QO. 31 0.50 34.70 27.83 26.0 #4342 1454.3
220.0 be ues 1.89 34.91 27.91 20.0 0.200 1461.4 200. 0 0. 66 0.65 34.77 27.88 21.7 #####% 1455.3
230. 0 1.58 1.57 34 86 27.89 21.0 Q.202 1460.0 210.0 O. 84 0.83 34.82 27.971 19.2 eet 1456.3
240.0 1.41 1.40 34.85 27.990 20.5 0.205 1459.4 220.0 0.93 0.94 34.81 27.89 20.7 ##H#HH 1457.0
250. 0 1.93 £2 Fl 334573, 27. 22 18.8 0.207 1462.0 230. 0 0. 83 0.82 34.81 27.91 19.2 ttt 1456.6
260.0 2.00 1.98 34.94 27.92 18.8 0.208 1462.5 240.0 0.73 0.74 34.81 27.971 18.8 ##### 1456 4
270.0 i era Io JO Mesa e1) 275 92 18.5 0.210 1461.3 250. 0 0. 74 0.73 34.82 27.92 18.4 ##HHH# 1456 6
280. O 1279 177 2-34.93 27.93 18.0 0.212 1461.9 260. 0 QO. 78 0.77 34.74 27.85 24.9 #4442 1456.8
290. 0 1.71 1.69 34.92 27.93 17.9 0.214 1461.7 gota 0. 697 0.68 34.83 27.93 17.2 ####4# 1456.6
279.6 0.71 0.69 34.84 27.94 16.7 ###4## 1456.9
280. 0 oF, 721 0.70 34.84 27.93 16.8 ##44# 1456.9
290. 0 0.70 0.69 34.84 27.94 16.4 ##H### 1457.1
300. O O. 67 0.66 34.84 27.94 16.2 ##H#H 1457.1
303. 3 0.79 0.77 34.83 27.94 16.4 #H#HH# 1457.7
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) a: =: sh
(PPT) 2 apr om Manninen Zinn 98, 9 2, 85 8B
(DEG C) =
100
200
(M)
, Baile OG oT
7-25-83
500
(SIGMA-T) 2 24 2 26 27 2
(PPT. 29 30 3 3 33 34 35 36
\
200 oe
(M)
300 u | |
MIZOAX-63. Add: —]
7-28-83
MIZEX-83 STATION 115(1) CTD 28/JUL/1983_ 1511 GMT CODE = 1 MIZEX-83 STATION 116(1) CTD 28/JUL/1983_ 1601 GMT CODE = i
LAT = 78. OSOON LNG = 9. 6817W LTER = 300. LGER = 300. LAT = 78. OSOON LNG = 6. 1733W LTER = 300. LGER = 300.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 0.14 0.14 30.66 24.60 333.2 0.000 1443.9 0.0 -0.14 -0.14 30.62 24.37 335.3 *#“#### 1442.6
2.0 0.14 0.14 30.66 24.60 3933.2 0.007 1443.9 2.0 -0.14 -0.14 30.62 24.357 335.3 ##### 1442.6
2. 0 0.15 0.15 30.65 24.59 393.8 0.017. 1444.0 .9.0 -0.14 -0.14 30.76 24.69 324.2 ###HH 1442.9
10.0 -0.09 -0.09 30.83 24.75 319.0 0.033 1443.3 10.0 -0.72 -0.72 30.95 24.87 307.5 ##### 1440.5
15.0 -0.79 -0.79 31.18 25.05 2970.0 0.049 1440.6 15.0 -1.10 -1.10 31.27 25.13 282.1 #*### 1439.2
20.0 -0.79 -0.79 31.61 25.40 2562 0.043 1441.2 20.0 -1.22 -1.22 31.43 25.27 269.3 ##### 1439.0
23,06 SAS =—1.5357 791.80 25.56 240.85 0.079 1499.9 25.0 -1.39% -1.39 31.59 25.40 256.8 #“*#### 1438.5
30.0 -1.51 -1.51 31.91 25.66 231.7 0.087 1438.5 30.0 -1.40 -1.40 31.74 25.52 244.9 ##### 1498.7
35.0 -1.36 -1.36 31.971 25.66 232.0 0.099 1439.2 35.0 -1.16 ~-1.16 31.89 25.64 233.5 ##### 1440. 1
40.0 -1.43 -1.43 32.02 25.75 223.2 0.110 1439.1 39.7 -1.393 -1.39 31.98 25.71 226.5 *#### 1439.6
45.0 -1.55 -1.55 32.02 25.75 222.9 0.122 1438.6 40.0
90.0 -1.63 -1.63 32.03 25.76 221.9 0.133 1438.4 45.0
55.0 -1.67 -1.67 32.08 25.80 218.1 0.144 1438.3 90.90
60.9 -1.63 -1.63 32.14 25.85 213.2 0.155 1438.7 $5. 0
65.0 -1.58 -1.59 32.24 25.939 205.5 0.165 1439.1 60.90
70.0 -1.51 -1.51 32.42 26.08 1971.8 0.175 1439.8 635.0
75.0 -1.48 -1.48 32.75 26.35 166.2 0.185 1440.5 79. 0
80.0 -1.31 —-1.31 93.17 26.68 134.4 0.192 1442.0 73.0
85.0 -1.09 -1.10 33.49 26.93 110.8 0.198 1443.5 BO. O
90.0 -1.02 -1.03 33.74 27.14 91.4 0.203 1444.3 85.0
TOSOD Ov l = SON91 PaSo9l 272 27 79.1 Q@.208 1445.2 90.0
LOOSOr S127 0 gl. 27 F.99.970 27. 27 78.6 0.212 1443.5 95.90
110)0 -—1. 72 31.72 11:34..07 P27. 42 64.0 0219 1441.8 100. 0
120.0 -1.75 -1.76 34.12 27.46 60.0 0.225 1441.9 110.0
ASOT OS 12798 1.2979 234.1178 27. 00 276.2 0.231 1442.0 120. 0
140.0 -1.71 -1.71 34.21 27.54 92.9 0.237 1442.6 130. 0
150.0 -1.31 -1.31 34.30 27.59 47.7 0.242 1444.7 140.0
160.0 -0.69 -0.70 34.37 27.63 44.5 0.245 1447.9 150. 0
170.0 -0.47 -0.48 34.50 27.73 35.7 0.250 1449.2 160. 0
180.0 -0.15 -0.16 34.54 27.74 34.3 0.254 1451.0 170. 0
190. 0 0. 04 0.03 34.65 27.82 27.2 0.257 1452.1 180. 0
200. O 0.23 0.22 34.64 27.81 28.5 0.240 1453.2 186.4 -0.13 -0.14 34.54 27.74 34.2 H####H# 1451. 1
210.0 0. 26 0.25 34.49 27.84 25.1 0.2469 1453.5 190.0 -0.10 -0.10 34.54 27.75 33.2 w#Hte 1451.4
220.0 0.38 0.37 34.73 27.87 23.0 0.265 1454.3 192.4 -0.06 -0.06 34.55 27.75 33.6 #444 1451.6
230.0 0. 47 0.46 34.74 27.987 22.2 0.267 1454.9 200. O
240.0 0. 56 0.55 34.78 27.89 20.3 0.269 1455.5 210. 0
250. 0 0.53 0.52 34.79 27.971 19.0 0.271 1455.6 220. 0
260. 0 QO. 54 0.353 34.80 27.91 18.6 0.273 1455.8 230. 0
270.0 0. 60 0.59 34.82 27.92 17.7 0.275 1456.2 240. 0
280. 0 0.55 0.54 34.84 27.95 15.4 0.277 1456.2 243.5 0. 46 0.45 34.79 27.971 18.6 ##### 1455.1
290. 0 0.55 0.54 34.86 27.96 14.0 0.278 1456.4 246. 5 0.49 0.48 34.80 27.971 18.4 ###4% 1455.3
300. 0 0.353 0.52 34.87 27.97 13.3 0.280 1456.5 250. 0
302. 0 0. 52 0.51 34.87 27.97 13.5 0.280 1456.5 250. O
265.8 QO. 31 0.50 34.83 27.94 16.0 ###2## 1455.8
279.90 0. 31 0.50 34.83 27.94 16.0 ##### 1455.8
280. 0 Q. 32 0.50 34.85 27.95 14.7 #Hx#xe# 1456.1
290. 0 Oe 1 0.50 34.85 27.96 14.5 #sH#eHH# 1456.2
300. 0 0. 31 0250 §34.86 27.97 13.5 #e##% 1456.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 2 24 25 26 27 28
(PPT Wend S 3 3 33 34 35 36
(DEG C) - -
0 1 a 4 b) 6
100
200
300 7
T s Or
(M)
400
MIZEX-83 115 -1
7-28-83
500
(SIGMA-T) 2 24 2 26 27 28
(PPT) 29 30 34 32 33 34 35 36
(DEG C) “ 3 S 6
100
200
(M)
300
Or
|
400
Meee CK-O Seen Oag— 1
7-28-83
500
MIZEX-83 STATION 11741) CTD 28/JUL/1983 1813 GMT CODE = 1 MIZEX-83 STATION 118(1) CTD 28/JUL/1983 1854 GMT CODE = 1
LAT = 78. 4250N LNG = 4. 3233W LTER = 150. LGER = 150. LAT = 78. 4267N LNG = 3.81467W LTER = 150. LGER = 150.
AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.Q SPEED = e.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 -0.71 -0.71 31.00 24.91 303.8 Hee 1440.4 0.0 -0.63 -0.63 31.12 24.99 295.3 0.000 1441.0
3.4 -0.71 -0.71 31.00 24.91 303.7 x*##e# 1440.5 3.9 -0.63 -0.63 31.12 24.99 295.2 0.012 1441.1
3.0 -0.73 -0.73 31.01 24.91 303.2 eee 1440.4 5.0 -0.73 -0.73 31.34 25.18 277.5 0.015 1440.9
10.0 -1.19 -1.19 31.51 25.33 263.93 *sHH# 1499.1 10.0 -0.71 -0.71 31.56 25.35 261.0 0.028 1441.4
15.0 -1.11 -1.11 32.20 25.89 209.9 Hee 1440.5 15.0 -0.468 -0.68 33.12 26 62 140.7 0.039 1443.8
20.0 0. 42 0.42 32.89 26.38 163.1 #H#HHe 1448.6 20.0 1. O1 1.01 934.56 27.69 39.2 0.043 1453.6
29.0 1.51 1.50 33.24 24660 143.1 eet 1454.1 25. 0 3. 39 3.55 34.34 27.30 76.1 0.046 1464.5
30.0 -0.67 -0.67 33.29 2675 128.1 Hee 1444.5 30. 0 1. 04 1.04 34.56 27. 49 39.6 0.049 1453.9
35.0 -0.77 -0.78 33.86 27.22 89.8 #*H#t#et 1444. 7 35. 0 0. 33 0.53 34.40 27.59 48.97 0.051 1451.5
40.0 -1.24 -1.24 34.08 27.41 65.4 xwxHttt 1442.9 40.0 0. 20 0.19 34.51 27.70 38.6 0.053 1450.2
45.0 -1.25 -1.25 34.16 27.48 09.0 #ttt 1443.1 43.0 0. 39 0.59 34.56 27.72 36.8 0.055 1452.1
90.0 -1.17 -1.17 34.20 27. 52 99.7 #e#etitt 1443.6 590.0 -0.04 -0.04 34.55 27.74 34.3 0.057 1449.3
95.0 -0.93 -0.94 34.34 27.61 46.5 Ht 1445.0 55.0 -0.06 -0.07 34.56 27.75 33.6 0.059 1449.3
60.0 -0.48 -0.48 34.45 27.649 39.5 ##H##HHe 1447.93 60. 0 0.00 -0.0i1 34.57 27.764 32.8 0.061 1449.7
69.0 0. 28 0.28 34.56 27.73 35.4 Het 1451.0 65. 0 0. 02 0.02 34.57 27.76 32.8 0.062 1449.9
70. 0 1.33 1.33 34.74 27.81 28.2 ####4 1456.1 70. 0 0. 10 0.10 34.59 27.77 31.6 0.064 1450.4
73.0 1. 32 1.32 34.66 27.75 34.0 #etHH 1456.0 73.0 QO. 49 0.49 34.63 27.78 30.9 9.065 1452.3
g0. 0 1.31 1.31 934.64 27.73 35.6 #H#t## 1456.0 B80. 0 0. 65 0.64 34.65 27.79 30.5 0.067 1453.1
85.0 1.15 1.15 34.65 27.75 33.7 Ht 1455.4 85.0 0. 40 0.60 34.46 27.79 2?.6 90.068 1453.0
90. 0 O. 87 0.86 34.67 27.79 30.0 ##i#t4 1454.93 970.0 QO. 52 0.51 34.65 27.80 29.5 0.070 1452.7
93.0 0.77 0.77 34.69 27.81 28.1 #####* 1454.0 935.0 0. BG 0.86 34.72 27.83 26.1 9.071 1454.4
100. O 1.70 1.69 34.80 27.83 26.39 ##HHHH 1458.3 100. 0 T2168 1.17 34.73 27.82 27.3 0.073 1433.9
110.0 1. 84 1.984 34.82 27.94 25.7 weet 1459.1 119.90 0.71 0.70 34.72 27.84 25.5 0.075 1453.9
120.0 1.98 1.98 34.86 27.86 24.2 Hee 1460.0 120. 0 QO. 81 0.81 34.76 27.84 23.1 0.078 1454.6
130. 0 1. 81 1.81 34.84 27. 86 23.7 x*#tHt 1459.4 130. O 0. 358 0.57 34.74 27.87 23.0 0.080 1453.7
140.0 0. 69 0.68 34.74 27.86 23.9 wetee 1454.4 140.90 0.44 0.44 34.75 27.88 21.5 0.082 1453.3
150. 0 0. 69 0.69 34.81 27.71 18.7 “Hee 1454.7 150.0 0. 57 0.57 34.78 27.89 20.4 0.085 1454.1
160.'0 0. 88 0.87 34.80 27.89 20.4 #HxHHHH 1455.7 160. 0 0. 60 0.60 34.80 27.71 18.9 0.087 1454.4
164.8 0. 87 0.86 34.82 27.91 19.1 #HHHH 1455.7 170.0 0. 64 0.63 34.80 27.971 19.2 0.088 1454.7
170.90 180. 0 Q. 59 0.58 34.80 27.91 18.8 90.090 1454.7
180. 0 1970. 0 Q. 62 0.61 34.81 27.92 18.2 0.092 1453.0
190. 0 200. 0 0. 67 0.67 34.82 27.92 18.0 90.094 1455.4
200. O 210.0 0. 62 0.61 34.82 27.92 17.5 0.096 1455.3
204. 3 0. 74 0.73 34.82 27.972 18.0 ####% 1455.8 220.0 0. 36 0.35 34.83 27.93 16.3 0.098 1453.3
210.0 0.70 0.49 34.82 27.92 17.6 ##### 1455.7 230. 0 0. 36 0.35 34.83 27.93 16.5 0.099 1455.4
220. O 0. 735 0.74 34.83 27.93 17.5 #Hittt 1456.1 240.0 0. 57 0.36 34.89 27.94 16.3 0.101 1455.7
230. 0 0.72 0.71 34.83 27.93 17.0 ##He## 1456.2 250. 0 0. 58 0.56 34.84 27.95 13.4 90.103 1455.8
240. 0 0. 72 0.71 %34.84 27.94 16.3 HHH 1456.3 260. 0 QO. 38 0.57 34.85 27.95 15.2 0.104 1454.0
250. 0 0. 69 0.68 34.85 27.94 15.8 ##H### 1456. 4 270.0 0. 61 0.60 34.84 27.95 15.6 0.106 1454.3
260. O 0.75 0.73 34.86 27.95 15.6 #“#HHtHt 1456.8 280. 0 0. 46 0.65 34.87 27.96 14.4 0.107 1456.8
270.0 0. 83 0.81 34.87 27.96 14.8 ##H#et 1457.3 290.0 0. 63 0.63 34.86 27.95 14.9 0.109 1456.8
280. 0 1.28 1.26 34.92 27.976 14.7 ####+ 1459.6 300. 0 0.73 0.73 34.87 27.976 14.6 90.110 1437.3
290. O 1.2 1.27 34.91 27.96 15.1 x#+He# 1459.8 310.0 0. B1 0.80 34.88 27.976 14.3 0.112 1458.0
300. 0 1.26 1.24 34.71 27.96 15.0 H#H#H#eH# 1459.8 320. 0 0.91 0.90 34.92 27.98 12.2 0.113 1458.6
310. 0 1. 27 1.25 34.92 27.97 14.3 #HHH#H# 1460. 1 330. 0 1.04 1.02 34.91 27.97 13.4 0.114 1459.4
320.0 1.36 1.395 34.95 27.98 12.9 #H###+ 1460.7 340.0 0.89 0.88 34.90 27.97 13.6 0.116 1458.8
330. O 1. 34 1.392 34.93 27.97 14.1 ##e##% 1460. 7 350. 0 0.91 0.90 34.91 27.98 13.0 0.117 1459.1
340.0 1.31 pr A Ls 2, SY Ae A 13.7 #HHHt 1460.7 360. 0 0. 84 0.84 34.90 27.98 13.1 0.118 1459.90
'350. O 1.18 1.17 934.93 27.97 13.7 ####+# 1460.3 370. 0 0. 96 0.94 34.91 27.98 13.3 0.120 1459.7
360. 0 1.12 1.10 34.91 27.97 14.4 ##### 1460.2 380. 0 0.83 0.84 34.91 27.98 12.8 9.121 1459.3
370.0 1.02 1.00 34.91 27.97 13.5 ###### 1459.9 370. 0 0.83 0.83 34.91 27.98 12.4 90.122 1459.5
380. O 0.93 0.91 34.91 27.97 13.39 HHH 1459.7 400.0 1. 00 0.98 34.92 27.98 12.6 0.124 1460.3
390.0 0.979 0.97 34.92 27.98 12.8 ####+ 1460.1 410.0 1.03 1.03 34.94 27.99 11.9 0.125 1460.8
400. O 1.13 1.11 34.94 27.99 12.6 ###t## 1461.0 420. 0 0. 94 0.92 34.92 27.99 12.3 0126 1460.4
410.0 1.13 1.11 34.93 27.98 12.8 ##ie# 1461.1 430.90 0. 89 0.87 34.93 27.99 11.6 0.127 1460.4
420. O 1.03 1.01 34.92 27.98 13.0 ##H### 1460.8 440.0 0. 84 0.82 34.92 27.99 11.7 0.128 1460.3
430.0 0.89 OFVG/m a4 a7 ee 12.2 “H#### 1460 4 450.0 0. 66 0.64 34.89 27.98 12.6 0.130 1459.6
440.0 QO. 67 0.65 34.90 27.98 12.2 H+ 1459.5 460. 0 0. 61 0.59 34.91 28.00 11.1 0.131 1459.6
450. 0 0. 54 0.52 34.88 27.98 12.4 w#wHeet 1459. 1° 470.9 0.43 0.41 34.89 27.99 11.2 OF 1325 1436:79
440. 0 0.43 0.41 34.88 27.98 12.1 w#x#Het 1458.7 480. 0 9.43 0.40 34.90 28.01 10.0 9.133 1439.1
470.0 0.41 0.39 34.88 27.99 11.7 ####+ 1458.86 490. 0 0. 39 0.37 34.90 28.00 10.4 0.134 1459.1
480.0 0. 43 0.41 34.88 27.99 11.6 "exe 1459.1 900. O 0. 34 0.34 34.879 28.00 10.7 0.135 1439.1
490. 0 0. 42 0.40 34.89 27.99 11.1 wH#eH#H 1459.2 310.0 0. 37 0.35 34.90 28.00 10.4 0.136 1459.3
900. O 0. 41 0.39 34.89 28.00 10.9 HHH 1459.3 913. 5 0. 36 0.34 34.90 28.01 9.7 0.137 1459.3
. DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT. 29 30 31 3 eh] 34 35 36
(OEG C) -2 = 0 x] 4 5 6
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|
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(SIGMA-T) 23 ora 25 26 27 28
(PPT) 29 30 3) 32 33 34 35 36
3 6
100
200
(M)
300
400
nthe) Geta) ah albieh yes |
| 7-28-83
500
MIZEX-83 STATION 119(1) CTD 28/JUL/1983 1959 GMT CODE 1 MIZEX-83 STATION 120(1) €TD 31/JUL/1983 1454 GMT CODE = i
LAT = 78. 4267N LNG = 2. 7833W LTER = 150. LGER = 150. LAT = 80. OOOON LNG = -1.4500W LTER = 30. LGER = 30.
AIR TEMP = 0.0 BAROM = 0.0 WIND = O.0 SPEED = 0.0 AIR TEMP = 0.0 BAROM = 0.0 WIND = 0.0 SPEED = Q.0
DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND DEPTH TEMP PTEMP SALIN SIG T SPVOL DYNHT SOUND
0.0 77. 1.77 31.81 25.43 254.0 ##### 1452.9 0.9 1.37 1.37 31.59 25.28 268.2 #x#### 1450.8
1.9 1.77 1.77 31.81 25.43 254.0 weet 1452.9 1.9 1. 37 1.37 31.59 25.28 268.2 ##### 1450.8
3.0 1.79 1.79 32.00 25.58 299.4 ##### 1453.3 . 9.0 1. OF 1.09 32.39 25.94 205.2 ##### 1450.7
10.0 3.89 3.89 34.10 27.08 97.0 #eHt#t 1465.3 10. 0 0. 65 0.65 33.42 26.79 124.5 w#w#### 1450.2
15.0 5. 40 5.40 34.69 27.38 68.8 ####% 1472.5 - 15.0 -1.28 -1.28 33.67 27.09 96.4 #H#een 1441.8
20.0 3. 44 5.44 34.99 27. 62 46.7 #“#+#### 1473.2 20.0 -1.32 -1.32 34.01 27.37 70.0 xe#H8 +1442 1
25.0 0.59 0.59 34.56 27.72 36.6 #w##### 1451.8 25.0 1.12 1.12 34.31 27.49 58.5 ##*#% 1453.8
30. O Xo. 1.39 34.56 27.66 41.9 wee 1455.5 30. 0 1. 00 1.00 34.45 27.60 48.0 ##### 1453.5
35.0 199 1.99 34.78 27.80 29. 2 = Het Ht 1458. 5 35.0 2.03 2.03 34.97 27.94 15. 7 we wits 1458.9
40.0 2.01 2.00 34.460 27.65 43.5 sete 1458.4 40. 0 a. 7? 3.79 34.84 27.68 40.4 44% 1466 4
45.0 2. 56 2.56 34.77 27.74 34.5 w#HtHe 1461. 2 45.0 4.04 4.04 34.88 27. 68 40.3 #4344 1467.6
50.0 2. 65 2.65 34.85 27.80 29.4 weet 1461. 7 50.0 3. 87 3.87 34.90 27.72 36.7 HHH 1467.0
39.0 2.71 2.70 34.83 27.78 31.4 weet 1462.0 55.0 4.28 4.27 34.95 27.72 37.4 #te#% 1468.9
40. 0 2.20 2.20 34.84 27. 82 27.0 HHH 1459.9 60. 0 4.32 4.32 34.98 27.74 30.5 ###4# 1469.2
495. 0 2.11 2.11 34 82 27.82 27.5 w#etee 1459.6 65. 0 4.52 4.51 935.00 27.73 36.0 #248 1470.1
790.90 2.95 2.953 34.91 27.82 27.5 wH###H# 1469.5 790.0 4.50 4.49 35.01 27.74 35.7 wees 1470.1
735. 0 3.11 3.11 34.97 27.85 24.9 #HetHet 1464.3 735.0 4. 49 4.49 35.02 27.75 34.4 ##eutHe 1470.2
80. 0 3.29 3.29 34.96 27.83 27.0 w#wHittt 1465.1 80.90 4. 42 4.42 35.01 27.75 34.8 #4 1470.0
85. 0 3. 04 3.04 35.01 27.89 21.5 wetet 1464. 2 85.0 4.33 4.33 35.02 27.77 32.8 s#4t# 1469.7
90. 0 2.970 2.90 34.99 27.88 21.9 ###### 1463.7 90. 0 4.28 4.28 35.02 27.77 32.5 weet 1469.6
95.0 2.55 2.54 34.93 27.87 23.0 x4 1462. 1 95.0 4.23 4.22 35.02 27.798 31.8 w#sHee# 1469.4
100. O 2.46 2.45 34.92 27.87 23.1 ##### 1461.8 100. O 4.26 4.26 35.04 27.79 Sl. 1 wet = =61469.7
110.0 2.27 2.26 34.92 27.89 21.2 ##### 1461.1 110.0 4.00 3.99 35.04 27.82 29.7 w#ett# 1468.7
120.0 2.24 2.23 34.92 27.89 21.6 ####4 1461.2 120.0 4.05 4.04 35.05 27.82 28.2 #Het# 1469. 1
130. 0 2.22 2.21 34.93 27.89 20.8 ##et### 1461.9 130.90 3. 89 3.88 35.02 27.82 28.6 x##H## 1468. 6
140.0 2. 20 2.20 34.92 27.89 20.8 wwe 1461.4 140. 0 3.79 3.78 35.04 27.84 26.3 wet 1468.3
150. 0 2.26 2.26 34.95 27.971 19.7 w#w#t#+ 1461.8 150. O 3. 35 3.54 35.09 27.90 20.9 witstt 1467.6
160.'0 2.16 2.15 34.94 27.91 19.4 H####+ 1461.5 160. O 3. 47 3.46 35.03 27.87 24.0 H###HH 1467.3
170. 0 2.12 2.11 34.94 27.91 19.4 #424 1461.5 170. 0 3.16 3.15 34.99 27.86 24.4 weet 1466. 1
180. 0 2.13 2.12 34.96 27.93 18.0 *##### 1461 8 180. 0 2.91 2.990 34.99 27.88 22.3 “Hee 1465.2
181.7 2.13 2.12 34.95 27.92 18.6 ####+#+ 1461.8 190.0 2.88 2.87 35.00 27.90 2il. 1 ###H#4 1465.2
190. 0 200.0 2.94 2.972 35.01 27.90 20.9 x###H# 1465.7
200. 0 210.0 2. B7 2.86 35.01 27.90 20.8 w##4## 1465.5
201.5 2.13 2.12 34.97 27.94 17-73 WH HH 1462. 1 220.0 2.73 2.74 35.01 27.972 19. 4 wt 1465. 2
210.0 2.19 2.18 34.99 27.95 16.0 ####% 1462 6 230.0 2. 67 2.66 35.01 27.93 ‘18.6 #4342 1465.0
220. 0 2.20 2.19 34.99 27.95 16.1 ####+ 1462 8 240.0 2. 358 2.56 35.00 27.93 18.65 w##4#+ 1464.8
230.0 2.909 2.07 34.98 27.95 16.1 #w##H### 1462 4 250.0 2.46 2.45 35.01 27.94 17.3 w#H#4He 1464.4
240.0 2.12 2.11 34.99 27.96 15.4 sete 1462.8 260. 0 2. 47 2.45 35.00 27.94 17.8 wet 1464.6
250.0 2.19 2.17 35.02 27.97 14.1 ####4 1463.2 270.0 2.38 2.37 35.01 27.974 17.0 #wH#HH#% 1464.4
240. O 2.12 2.11 34.98 27.974 16.7 w##### 1463.1 280. 0 2.32 2.31 35.00 27.94 17.0 “#248 1464 3
270.0 1.97 1.95 34.99 27.97 14.6 %*#### 1462.6 290.0 2.28 2.27 35.00 27.95 17.0 ##### 1464.3
260. O 2.12 2.11 35.02 27.98 13.7 w#wH#t## 1463.5 300. 0 2. 22 2.21 35.00 27.95 16.2 wee 1464.2
290.0 2.00 1.98 34.99 27.97 14.8 w#+##% 1463.0 310.0 2.21 2.19 35.01 27.96 15.7 w##t#t# 1464.3
2971.6 1.94 1.93 34.98 27.96 15.0 #222 1462.8 320.0 PL ee 2.16 35.00 27.96 16.0 ####23 1464.3
300. 0 330. 0 2.12 2.10 35.01 27.97 15.0 w###+# 1464 3
309. F 1. 63 1.62 34.95 27.96 14.9 wetHt+ 1461.7 340.0 2.08 2.06 35.00 27.94 15.3 weet 1464 3
310.0 1.63 1.61 34.96 27.96 14.7 w####4 1461. 7 350. 0 2.095 2.03 35.00 27.97 15.0 w#i#2#% 1464.3
320. 0 1.49 1.47 34.95 27.97 13.7 w“#H#e## 1461.2 359. 7 2.02 2.00 35.00 27.97 14.5 weeee 1464.3
330.0 1. 44 1.42 34.93 27.96 14.9 w##eee 1461.2 360. O
340.0 1.38 1.36 34.95 27.98 13.1 «w#Hee 1461.1 370.0
350. 0 1.48 1.46 34.95 27.97 13.8 w«wet## 1461.7 380. 0
340. O 1.29 1.27 34.946 27.99 11.0 x*H#¥## 1461.0 3970. O
370.0 1.33 1.31 34.95 27.99 12.7 w#“x#xe 1461.4 400. 0
380. 0 1.38 1.36 34.96 27.99 12.2 ##4#+# 1461.8 403. 9 1.90 1.88 35.01 27.99 13.39 #4#### 1464.5
390.0 1.21 1.19 34.95 27.99 12.3 #44#4 1461.1 410.0 12. 87 1.85 35.00 27.98 139.9 weette 1464. 5
400. 0 1.19 1.17 34.95 28.00 11.6 ##### 1461.2 420. 0 1.82 1.80 35.00 27.98 13.7 wx“##4# 1464 4
410.0 1.22 1.20 34.94 27.99 11.8 w#w#### 1461.6 430. 0 1.76 1.74 35.01 28.00 12.4 +##### 1464 4
420.0 1.21 1.19 34.96 28.00 11.6 44+ 1461. 7 440. O 1.73 1.70 33.00 27.99 12. FS = Hit ttt 1464.3
430.0 1.18 1.16 34.96 28.00 11.4 #24## 1461.7 450. 0 1. 67 1.644 34.99 27.99 12.5 ##### 1464.2
440.0 1.09 1.07 34.95 28.00 11.0 %4#### 1461.4 460. 0 1. 60 1.57 34.99 27.99 12.5 ##H## 1464.1
449.3 0. 79 0.96 34.96 28.01 9.8 ###### 1461.2 470.0 1. 50 1.47 34.99 28.00 11.8 #*###* 1463.8
480. 0 1. 41 1.39 34.99 28.01 11.3 ##4### 1463.6
490.0 1. 34 1.31 34.97 28.00 12.0 ####% 1463.4
DEPTH TEMP. SALIN DEPTH TEMP. SALIN
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 3 3 33 34 35 36
(DEG C) -
100
|
.
(4) | |
300
400 | |
| MIZEX-83 119 -
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500
(SIGMA-T) 23 24 25 26 27 28
(PPT) 29 30 3) 32 33 34 35 36
(DEG 0) oe -1 0 Sin 4 5 6
100
200
(4)
300
400
MIZEX-83 120 -1
7-31-83
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MANDATORY DISTRIBUTION LIST
Dr. G. Leonard Johnson 1
Scientific Officer 428 AR
Office of Naval Research
800 North Quincy Street
Arlington, VA UPL
Mr. Gustav Bellisari *
Office of Naval Research
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New York, NY 10003
Naval Research Laboratory 1
Washington, DC 20375
DODAAD Code N 00173
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Unclassified
SECURITY CLASSIFICATION OF THIS PAGE (When Data Entered)
REPORT DOCUMENTATION PAGE pS SE ey
T. REPORT NUMBER 2. GOVT ACCESSION NO 3. RECIPIENT'S CATALOG NUMBER
LDGO-84-3
4. TITLE (and Subtitle) 5. TYPE OF REPORT & PERIOD COVERED
PHYSICAL OCEANOGRAPHY REPORT
HELICOPTER-BASED STD DATA FROM MIZEX 83
6. PERFORMING ORG. REPORT NUMBER
7. 8. CONTRACT OR GRANT NUMBER(a)
AU THOR(e)
NO0014-76-C-0004
NT, PROJE
10. PROGRAM ELEME
NIT NUMBE
AREA & WORK
12. REPORT DATE
September 1984
ane es S|
15. SECURITY CLASS. (of thia report)
Unclassified
1Sa. DECLASSIFICATION/ DOWNGRADING
SCHEDULE
Approved for public release; distribution unlimited.
9. PERFORMING ORGANIZATION NAME AND ADORESS
Lamont-Doherty Geological Observatory
of Columbia University
Palisades, NY 10964
CONTROLLING OFFICE NAME AND ADDRESS
Office of Naval Research
Arctic Programs, Code 428 AR
Arlington, VA 22217
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18. SUPPLEMENTARY NOTES
19. KEY WORDS (Continue on reverse side if neceesary and identify block
MIZEX 83, conductivity, temperature, STD profiles, Fram Strait
20. ABSTRACT (Continue on reverse side if neceeeary and identify by block number)
During the 1983 Marginal Ice Zone Experiment (MIZEX 83) located in the
Fram Strait, both ship and Helicopter-based C/STD's were used to define the
finescale and larger oceanographic structures within the operational area.
This technical report outlines the acquisition and data reduction programs
for the 120 helicopter-based stations taken during that time period.
Very little manipulation was done to the data to finalize it, since both
helicopter C/STD's showed very little deviation from pre- and post-cruise
FORM
DD 1 JAN 73 1473 ~— EDITION OF 1 NOV 65 1S OBSOLETE Unclassified
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calibrations. The only exception was the calibration equation offsets for
conductivity on both instruments. For these offset determinations, bottle
and intercalibration data were used to define the coefficients. Response
time of the temperature sensor was corrected for thermal lag constant (tT)
until des-ending and ascending parts of the cast on a T-S diagram were
nearly congruent.
Standard level listings of temperature, potential temperature,
salinity, sigma-t, specific volume anomaly, dynamic height, and sound
velocity are given for each cast along with plotted profiles of temperature,
salinity and sigma-t.
SNE WN >
SECURITY CLASSIFICATION OF THIS PAGE(When Data Entered)
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Block 7. Author(s). Include corresponding information from the report cover. Give the name(s) of the author(s) in conventional
order (for example, John R. Doe or, if author prefers, J. Robert Doe). In addition, list the affiliation of an author if it differs from that
of the performing organization.
Block 8. Contract or Grant Number(s). For a contractor or grantee report, enter the complete contract or grant number(s) under
which the work reported was accomplished. Leave blank in in-house reports.
Block 9. Performing Organization Name and Address. For in-house reports enter the name and address, including office symbol,
of the performing activity. For contractor or grantee reports enter the name and address of the contractor or grantee who prepared the
report and identify the appropriate corporate division, school, laboratory, etc., of the author. List city, state, and ZIP Code.
Block 10. Program Element, Project, Task Area, and Work Unit Numbers. Enter here the number code from the applicable
Department of Defense form, such as the DD Form 1498, «Research and Technology Work Unit Summary’’ or the DD Form 1634, |
‘Research and Development Planning Summary,’’ which identifies the program element, project, task area, and work unit or equivalent
under which the work was authorized.
Block 11. Controlling Office Name and Address. Enter the full, official name and address, including office symbol, of the
controlling office. (Equates to funding/sponsoring agency. For definition see DoD Directive 5200.20, ‘‘Distribution Statements on
Technical Documents.’*)
Block 12, Report Date. Enter here the day, month, and year or month and year as shown on the cover.
Block 13. Number of Pages. Enter the total number of pages.
Block 14, Monitoring Agency Name and Address (if different from Controlling Office). For use when the controlling or funding
office does not directly administer a project, contract, or grant, but delegates the administrative responsibility to another organization.
Blocks 15 & 15a. Security Classification of the Report: Declassification/Downgrading Schedule of the Report. Enter in 15
the highest classification of the report. If appropriate, enter in 15a the declassification/downgrading schedule of the report, using the
abbreviations for declassification/downgrading schedules listed in paragraph 4-207 of DoD 5200.1-R.
Block 16. Distribution Statement of the Report. Insert here the applicable distribution statement of the report from DoD
Directive 5200.20, ‘‘Distribution Statements on Technical Documents.”’
if different from the distribution statement of the report).
istributi tement (of the abstract entered in Block 20,
Be et eeriertibution acate ‘*Distribution Statements on Technical Doc-
Insert here the applicable distribution statement of the abstract from DoD Directive 5200.20,
uments.’?
Block 18. Supplementary Notes. Enter information not included elsewhere but useful, such as: Prepared in cooperation with
... Translation of (or by)... Presented at conference of ... To be published in. .
i i inci j d in the report, and are
Block 19. Key Words. Select terms or short phrases that identify the principal subjects coverec j
sufficiently specific and precise to be used as index entries for cataloging, conforming to standard terminology. The DoD ‘*Thesaurus
of Engineering and Scientific Terms’’ (TEST), AD-672 000, can be helpful.
The abstract should be a brief (not to exceed 200 words) factual summary of the most significant informa-
tion contained in the report. If possible, the abstract of a classified report should be unclassified and the abstract to an unclassified
report should consist of publicly- releasable information. If the report contains a significant bibliography or literature ee a ad
it here. For information on preparing abstracts see ‘‘Abstracting Scientific and Technical Reports of Defense-Sponsored R ‘
AD-667 000.
Block 20. Abstract.
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